diff options
author | Denis Bitouzé <dbitouze@wanadoo.fr> | 2021-02-25 18:23:07 +0000 |
---|---|---|
committer | Denis Bitouzé <dbitouze@wanadoo.fr> | 2021-02-25 18:23:07 +0000 |
commit | c6101f91d071883b48b1b4b51e5eba0f36d9a78d (patch) | |
tree | 1bf7f5a881d7a4f5c5bf59d0b2821943dd822372 /Build/source/texk/web2c/triptrap/mftrap.log | |
parent | 07ee7222e389b0777456b427a55c22d0e6ffd267 (diff) |
French translation for tlmgr updated
git-svn-id: svn://tug.org/texlive/trunk@57912 c570f23f-e606-0410-a88d-b1316a301751
Diffstat (limited to 'Build/source/texk/web2c/triptrap/mftrap.log')
-rw-r--r-- | Build/source/texk/web2c/triptrap/mftrap.log | 4266 |
1 files changed, 0 insertions, 4266 deletions
diff --git a/Build/source/texk/web2c/triptrap/mftrap.log b/Build/source/texk/web2c/triptrap/mftrap.log deleted file mode 100644 index 18612678988..00000000000 --- a/Build/source/texk/web2c/triptrap/mftrap.log +++ /dev/null @@ -1,4266 +0,0 @@ -This is METAFONT, Version 2.71828182 (preloaded base=trap 1776.7.4) 4 JUL 1776 12:00 -** &trap trap -(trap.mf -{if} -{known(0)} -{not(true)} -{false} -{known("")} -{true} - -/*\`'@#->begingroup.message(SUFFIX1)&str(SUFFIX0)&jobname&char.ASCII'`&s -tr(SUFFIX2)!endgroup -(SUFFIX0)<-/*\ -(SUFFIX1)<-`' -(SUFFIX2)<-pass2 -{begingroup} -{message} - -`'->begingroup'`endgroup -(SUFFIX0)<- -(SUFFIX1)<-`' -{begingroup} - -'`->"\*/" -{endgroup} -{("\*/")&("/*\")} -{jobname} -{("\*//*\")&("trap")} - -'`->"\*/" -{ASCII("\*/")} -{char(92)} -{("\*//*\trap")&("\")} -{("\*//*\trap\")&("pass2!")} - -\*//*\trap\pass2! -{endgroup} -{outer} -{let} -{delimiters} - -! Missing symbolic token inserted. -<inserted text> - INACCESSIBLE -l.21 ...t next=\; delimiters ^~7 - ! fi -Sorry: You can't redefine a number, string, or expr. -I've inserted an inaccessible symbol so that your -definition will be completed without mixing me up too badly. - -! Extra tokens will be flushed. -<to be read again> - ! -l.21 ... next=\; delimiters ^~7! - fi -I've just read as much of that statement as I could fathom, -so a semicolon should have been next. It's very puzzling... -but I'll try to get myself back together, by ignoring -everything up to the next `;'. Please insert a semicolon -now in front of anything that you don't want me to delete. -(See Chapter 27 of The METAFONTbook for an example.) - -! Forbidden token found while scanning to the end of the statement. -<inserted text> - ; -<to be read again> - \ -l.22 next\ - ; % the second pass will now compute silently; the ... -A previous error seems to have propagated, -causing me to read past where you wanted me to stop. -I'll try to recover; but if the error is serious, -you'd better type `E' or `X' now and fix your file. - -{\} -{batchmode} - -! An expression can't begin with `endgroup'. -<inserted text> - 0 -<to be read again> - endgroup -l.23 batchmode; ^~7,endgroup - pausing:=1; exitif p exitif bool... -I'm afraid I need some sort of value in order to continue, -so I've tentatively inserted `0'. You may want to -delete this zero and insert something else; -see Chapter 27 of The METAFONTbook for an example. - -! Missing ` INACCESSIBLE' has been inserted. -<to be read again> - endgroup -l.23 batchmode; ^~7,endgroup - pausing:=1; exitif p exitif bool... -I found no right delimiter to match a left one. So I've -put one in, behind the scenes; this may fix the problem. - -! Extra `endgroup'. -<recently read> endgroup - -l.23 batchmode; ^~7,endgroup - pausing:=1; exitif p exitif bool... -I'm not currently working on a `begingroup', -so I had better not try to end anything. - -{pausing:=1} -{exitif} -{exitif} -{pencircle} -{endfor} -! Extra `endfor'. -l.23 ...ean pen pencircle endfor - -I'm not currently working on a for loop, -so I had better not try to end anything. - -{scantokens} -{begingroup} -{message} -{char(0)} -{("^^@")&("watch this")} -^^@watch this -{-(1)} -{char(-1)} -{("pair p[],';")&("^^ff")} -{endgroup} -{pen(future pen)} -{boolean(true)} -{true} -! No loop is in progress. -<to be read again> - pair -<scantokens> pair - p[],';^^ff -<to be read again> - path -l.25 path - p[][]p,w,qw; qw=(1,-2)..(2,-1)..(2.5,0.5)..(1,2)..(... -Why say `exitif' when there's nothing to exit from? - ->> p -! Undefined condition will be treated as `false'. -<to be read again> - pair -<scantokens> pair - p[],';^^ff -<to be read again> - path -l.25 path - p[][]p,w,qw; qw=(1,-2)..(2,-1)..(2.5,0.5)..(1,2)..(... -The expression shown above should have had a definite -true-or-false value. I'm changing it to `false'. - -{false} -! Missing `;' has been inserted. -<to be read again> - pair -<scantokens> pair - p[],';^^ff -<to be read again> - path -l.25 path - p[][]p,w,qw; qw=(1,-2)..(2,-1)..(2.5,0.5)..(1,2)..(... -After `exitif <boolean expr>' I expect to see a semicolon. -I shall pretend that one was there. - -{pair} -! Text line contains an invalid character. -<scantokens> pair p[],';^^ff - -<to be read again> - path -l.25 path - p[][]p,w,qw; qw=(1,-2)..(2,-1)..(2.5,0.5)..(1,2)..(... -A funny symbol that I can't read has just been input. -Continue, and I'll forget that it ever happened. - -{path} -{-(2)} -{-(1)} -{turningnumber((xpart ',ypart '))} -Path at line 25, before choices: -(1,-2){curl 1} - ..(2,-1) - ..(2.5,0.5) - ..(1,2) - ..{curl 1}(0,2.5) - -Path at line 25, after choices: -(1,-2)..controls (1.37755,-1.71404) and (1.71404,-1.37755) - ..(2,-1)..controls (2.33353,-0.55965) and (2.59729,-0.04124) - ..(2.5,0.5)..controls (2.36812,1.23369) and (1.6712,1.65662) - ..(1,2)..controls (0.66821,2.16974) and (0.33485,2.33641) - ..(0,2.5) - -{(unknown path qw)=(path)} -{numeric} -! Enormous number has been reduced. -l.26 ...[$] ]]=10000000000000000 - ; "this string constant is in... -I can't handle numbers bigger than about 4095.99998; -so I've changed your constant to that maximum amount. - -{(p[[ [-1] ]])=(4095.99998)} -## p[[ [-1] ]]=4095.99998 -! Incomplete string token has been flushed. -l.26 ...g constant is incomplete - -Strings should finish on the same line as they began. -I've deleted the partial string; you might want to -insert another by typing, e.g., `I"new string"'. - -{string} -! Declared variable conflicts with previous vardef. -<to be read again> - , -l.27 string foo[]p, - p~if true:[]; p~000=char34&char200&char34; -You can't use, e.g., `numeric foo[]' after `vardef foo'. -Proceed, and I'll ignore the illegal redeclaration. - -{if} -{true} -{true} -{char(34)} -{char(200)} -{(""")&("^^c8")} -{char(34)} -{(""^^c8")&(""")} -{(unknown string p~0)=(""^^c8"")} -{boolean} -{fi} -{showvariable} -boolean.boolean=unknown boolean -! OK. -l.28 ...n; showvariable boolean; - def\\= =end enddef; - -{def} -{picture} -{show} -{scantokens} -{length("^^c8")} ->> 1 -! OK. -<recently read> ; - -l.29 ...w length scantokens p~0; - - -{pen} -! Illegal suffix of declared variable will be flushed. -<to be read again> - [ -<to be read again> - "a" -l.30 pen p~[]~,q["a" - ,qq; p~1~=q=pencircle scaled mexp(-3016.5... -Variables in declarations must consist entirely of -names and collective subscripts, e.g., `x[]a'. -Are you trying to use a reserved word in a variable name? -I'm going to discard the junk I found here, -up to the next comma or the end of the declaration. - -{pencircle} -{-(3016.57654)} -{mexp(-3016.57654)} -{(future pen)scaled(0)} -Pen polygon at line 30 (newly created): -(0.5,0) - .. (0,0.5) - .. (-0.5,0) - .. (0,-0.5) - .. cycle - -{(unknown pen q)=(pen)} -{(unknown pen p~1~)=(pen)} -{transform} -! Illegal suffix of declared variable will be flushed. -<to be read again> - 0 -l.31 transform p,pp0 - ; if p=p:qq=makepen((1,0)..cycle) xscaled... -Variables in declarations must consist entirely of -names and collective subscripts, e.g., `x[]a'. -Explicit subscripts like `x15a' aren't permitted. -I'm going to discard the junk I found here, -up to the next comma or the end of the declaration. - -{if} -{((xpart p,ypart p,xxpart p,xypart p,yxpart p,yypart p))=((xpart p,ypart - p,xxpart p,xypart p,yxpart p,yypart p))} -{true} -Path at line 31, before choices: -(1,0) - ..cycle - -Path at line 31, after choices: -(1,0)..controls (1,0) and (1,0) - ..cycle - -{makepen(path)} -{hex("1000")} -! Number too large (4096). -<to be read again> - ; -l.31 ...cle) xscaled hex "1000"; - fi -I have trouble with numbers greater than 4095; watch out. - -{(future pen)xscaled(4096)} -! Pen too large. -<to be read again> - ; -l.31 ...cle) xscaled hex "1000"; - fi -The cycle you specified has a coordinate of 4095.5 or more. -So I've replaced it by the trivial path `(0,0)..cycle'. - -Pen polygon at line 31 (newly created): -(0,0) - .. cycle - -{(unknown pen qq)=(pen)} -{fi} -Path at line 32, before choices: -(0,0) - ..(1,0) - ..(0,1) - ..(0,0) - ..(1,0) - ..(0,1) - ..cycle - -Path at line 32, after choices: -(0,0)..controls (0.29056,-0.29056) and (0.75859,-0.30772) - ..(1,0)..controls (1.51964,0.66237) and (0.66237,1.51964) - ..(0,1)..controls (-0.30772,0.75859) and (-0.29056,0.29056) - ..(0,0)..controls (0.29056,-0.29056) and (0.75859,-0.30772) - ..(1,0)..controls (1.51964,0.66237) and (0.66237,1.51964) - ..(0,1)..controls (-0.30772,0.75859) and (-0.29056,0.29056) - ..cycle - -{makepen(path)} -! Pen cycle must be convex. -<to be read again> - ; -l.32 ...)..(1,0)..(0,1)..cycle); - -The cycle you specified either has consecutive equal points -or turns right or turns through more than 360 degrees. -So I've replaced it by the trivial path `(0,0)..cycle'. - -Pen polygon at line 32 (newly created): -(0,0) - .. cycle - -{qq:=pen} -{vardef} -! Missing parameter type; `expr' will be assumed. -<to be read again> - ) -l.33 ...ext suffix a,b endtext() - )suffix@=show #@; p.a.b() end... -You should've had `expr' or `suffix' or `text' here. - -{expandafter} -{\} -{let} - -\\->=end -{outer} -{pencircle} -{(future pen)scaled(4.5)} -{(future pen)yscaled(2)} -Pen polygon at line 34 (newly created): -(0.5,-4.5) - .. (1,-4) - .. (2,-2.5) - .. (2.5,0) - .. (2,2.5) - .. (1,4) - .. (0.5,4.5) - .. (-0.5,4.5) - .. (-1,4) - .. (-2,2.5) - .. (-2.5,0) - .. (-2,-2.5) - .. (-1,-4) - .. (-0.5,-4.5) - .. cycle - -{qq:=pen} -{((6,12))-((xpart p7,ypart p7))} -{((0,1))transformed((xpart p,ypart p,xxpart p,xypart p,yxpart p,yypart p -))} -{(x)-(x)} -{(2)/(0)} ->> 2 -! Division by zero. -<to be read again> - , -l.35 ...)transformed p=(2/(x-x), - 3/0)transformed p; -You're trying to divide the quantity shown above the error -message by zero. I'm going to divide it by one instead. - -! Division by zero. -l.35 ...ansformed p=(2/(x-x),3/0 - )transformed p; -I'll pretend that you meant to divide by 1. - -{((2,3))transformed((xpart p,ypart p,xxpart p,xypart p,yxpart p,yypart p -))} -{((linearform,linearform))=((linearform,linearform))} -## yxpart p=-yypart p -## xxpart p=-xypart p -{((-xpart p7+6,-ypart p7+12))=((linearform,linearform))} -## ypart p7=-ypart p-yypart p+12 -## xpart p7=-xpart p-xypart p+6 -{\} -{if} -{string(unknown string p~[-1])} -{true} -{(p0.1 0.2)-(p0.1 0.2)} -! The token `endtext' is no longer a right delimiter. -l.36 ...1.2-p.1.199999,1 endtext - transformed p; -Strange: This token has lost its former meaning! -I'll read it as a right delimiter this time; -but watch out, I'll probably miss it later. - -{((0,1))transformed((xpart p,ypart p,-xypart p,xypart p,-yypart p,yypart - p))} -{((linearform,linearform))=((linearform,linearform))} -## ypart p=-yypart p+6 -#### ypart p7=6 -## xpart p=-xypart p+3 -#### xpart p7=3 -{(unknown path p1 2p)=((3,6))} -{showstopping:=0} -{showvariable} -p=(-xypart p+3,-yypart p+6,-xypart p,xypart p,-yypart p,yypart p) -p[]=pair -p[][]=numeric -p[][]p=unknown path -p[][]p~=macro:(SUFFIX2)(SUFFIX3)(EXPR4)<suffix>->begingroup ETC. -p[]~=unknown boolean -p~=path -p~[]=unknown string -p~[]~=unknown pen -p~[]~[][]=unknown picture -p~[-1]=unknown string p~[-1] -p~0=""^^c8"" -p~1~=pen -p[[ [] ]]=numeric -p[[ [-1] ]]=4095.99998 -p0.1 0.2=p0.1 0.2 -p1 2p=path -p7=(3,6) -{((-xypart p+3,-yypart p+6,-xypart p,xypart p,-yypart p,yypart p))=((-xy -part p+3,-yypart p+6,-xypart p,xypart p,-yypart p,yypart p))} -{let} -{let} -{xxpart((-xypart p+3,-yypart p+6,-xypart p,xypart p,-yypart p,yypart p)) -} -{(-xypart p)+(0.002)} -{yxpart((-xypart p+3,-yypart p+6,-xypart p,xypart p,-yypart p,yypart p)) -} -{((xpart p2,ypart p2))-((xpart p1,ypart p1))} -{(1)*((linearform,linearform))} -{((xpart p1,ypart p1))+((linearform,linearform))} -{(y)+(0.00002)} -{yypart((-xypart p+3,-yypart p+6,-xypart p,xypart p,-yypart p,yypart p)) -} -{xypart((-xypart p+3,-yypart p+6,-xypart p,xypart p,-yypart p,yypart p)) -} -{((5,y))=((yypart p,xypart p))} -## y=xypart p -## yypart p=5 -#### ypart p=1 -#### yxpart p=-5 -{((5,xypart p+0.00002))=((5,xypart p))} -{((xpart p2,ypart p2))=((5,xypart p))} -## ypart p2=xypart p -## xpart p2=5 -{((-xypart p+0.002,-5))=((5,xypart p))} -## xypart p=-5 -#### ypart p2=-5 -#### y=-5 -#### xpart p=8 -#### xxpart p=5 -! Inconsistent equation (off by -0.002). -<to be read again> - ; -l.38 ...,y)=(yypart p,xypart p); - -The equation I just read contradicts what was said before. -But don't worry; continue and I'll just ignore it. - -Path at line 39, before choices: -(0,0)..controls (15,4) and (-15,-12) - ..(4,0) - ..cycle - -Path at line 39, after choices: -(0,0)..controls (15,4) and (-15,-12) - ..(4,0)..controls (17.52783,8.54388) and (-15.45978,-4.12262) - ..cycle - -{reverse(path)} -{(path)transformed((8,1,5,-5,-5,5))} -{(path)=(unknown path p2 3p)} - -p1 2p~(SUFFIX2)(SUFFIX3)(EXPR4)<suffix>->begingroup.show(SUFFIX0);p(SUFF -IX2)(SUFFIX3)((EXPR4)endgroup -(SUFFIX0)<-p1 2p -(SUFFIX1)<-~ -(SUFFIX2)<- -(SUFFIX3)<-2 3p~ -! A primary expression can't begin with `right delimiter that matches (' -. -<inserted text> - 0 -<to be read again> - ) -l.40 ...000000001]2p~(,[2]3p~,-) - =p~1~2[pausing]; -I'm afraid I need some sort of value in order to continue, -so I've tentatively inserted `0'. You may want to -delete this zero and insert something else; -see Chapter 27 of The METAFONTbook for an example. - -{-(0)} -(EXPR4)<-0 -(SUFFIX5)<- -{begingroup} -{show} ->> Path at line 40: -(3,6) - - -p2 3p~(SUFFIX2)(SUFFIX3)(EXPR4)<suffix>->begingroup.show(SUFFIX0);p(SUFF -IX2)(SUFFIX3)((EXPR4)endgroup -(SUFFIX0)<-p2 3p -(SUFFIX1)<-~ -! Missing `,' has been inserted. -<to be read again> - (0) -p1 2p~->...IX2)(SUFFIX3)((EXPR4) - endgroup -<to be read again> - = -l.40 ...00000001]2p~(,[2]3p~,-)= - p~1~2[pausing]; -I've finished reading a macro argument and am about to -read another; the arguments weren't delimited correctly. -You might want to delete some tokens before continuing. - -(SUFFIX2)<- -! Missing `,' has been inserted. -<to be read again> - (0) -p1 2p~->...IX2)(SUFFIX3)((EXPR4) - endgroup -<to be read again> - = -l.40 ...00000001]2p~(,[2]3p~,-)= - p~1~2[pausing]; -I've finished reading a macro argument and am about to -read another; the arguments weren't delimited correctly. -You might want to delete some tokens before continuing. - -(SUFFIX3)<- -! Missing `)' has been inserted. -<to be read again> - endgroup -<to be read again> - = -l.40 ...00000001]2p~(,[2]3p~,-)= - p~1~2[pausing]; -I've gotten to the end of the macro parameter list. -You might want to delete some tokens before continuing. - -(EXPR4)<-0 -(SUFFIX5)<- -{begingroup} -{show} ->> Path at line 40: -(8,1)..controls (-48.68579,57.68579) and (52.91974,-43.91974) - ..(28,-19)..controls (-7,16) and (63,-54) - ..cycle - ->> (8,1,5,-5,-5,5) -! Isolated expression. -<to be read again> - ( -p2 3p~->...;p(SUFFIX2)(SUFFIX3)( - (EXPR4)endgroup -<to be read again> - endgroup -<to be read again> - = -l.40 ...00000001]2p~(,[2]3p~,-)= - p~1~2[pausing]; -I couldn't find an `=' or `:=' after the -expression that is shown above this error message, -so I guess I'll just ignore it and carry on. - -! Extra tokens will be flushed. -<to be read again> - ( -p2 3p~->...;p(SUFFIX2)(SUFFIX3)( - (EXPR4)endgroup -<to be read again> - endgroup -<to be read again> - = -l.40 ...00000001]2p~(,[2]3p~,-)= - p~1~2[pausing]; -I've just read as much of that statement as I could fathom, -so a semicolon should have been next. It's very puzzling... -but I'll try to get myself back together, by ignoring -everything up to the next `;'. Please insert a semicolon -now in front of anything that you don't want me to delete. -(See Chapter 27 of The METAFONTbook for an example.) - -{endgroup} -{endgroup} -{(vacuous)=(unknown picture p~1~2 1)} ->> vacuous ->> unknown picture p~1~2 1 -! Equation cannot be performed (vacuous=unknown picture). -<to be read again> - ; -l.40 ...2]3p~,-)=p~1~2[pausing]; - -I'm sorry, but I don't know how to make such things equal. -(See the two expressions just above the error message.) - -{vardef} -Runaway definition? -if.p(SUFFIX1)(SUFFIX1)=(SUFFIX1)(SUFFIX1)p.fi -! Forbidden token found while scanning the definition of p~[]. -<inserted text> - enddef -<to be read again> - ; -l.41 ...iary t:=if p@ @=@ @p fi; - vardef p[][]p~[]=BAD; inner ;; -I suspect you have forgotten an `enddef', -causing me to read past where you wanted me to stop. -I'll try to recover; but if the error is serious, -you'd better type `E' or `X' now and fix your file. - -{vardef} -! This variable already starts with a macro. -l.41 ...@p fi; vardef p[][]p~[]= - BAD; inner ;; -After `vardef a' you can't say `vardef a.b'. -So I'll have to discard this definition. - -Runaway definition? -BAD -! Forbidden token found while scanning the definition of a bad variable. -<inserted text> - enddef -<to be read again> - ; -l.41 ...i; vardef p[][]p~[]=BAD; - inner ;; -I suspect you have forgotten an `enddef', -causing me to read past where you wanted me to stop. -I'll try to recover; but if the error is serious, -you'd better type `E' or `X' now and fix your file. - -{inner} -{show} -{-(2)} - -p~[-2]@#<tertiary>->begingroup.if.p(SUFFIX1)(SUFFIX1)=(SUFFIX1)(SUFFIX1) -p.fi.endgroup -(SUFFIX0)<-p~ -(SUFFIX1)<-[-2] -(SUFFIX2)<-~ -! A tertiary expression can't begin with `['. -<inserted text> - 0 -<to be read again> - [ -<to be read again> - (3000) -<to be read again> - , -l.42 show p~[-2]~[3000, - x]++4000>path p3; showvariable p,P; -I'm afraid I need some sort of value in order to continue, -so I've tentatively inserted `0'. You may want to -delete this zero and insert something else; -see Chapter 27 of The METAFONTbook for an example. - -{(x)-(3000)} -{(0)*(x-3000)} -{(3000)+(0)} -{(3000)++(4000)} -(EXPR3)<-4999.99998 -{begingroup} -{if} -{(p[-2][-2])=(-2)} ->> p[-2][-2]+2 -! Unknown relation will be considered false. -<to be read again> - [-2] -p~[-2]->...1)=(SUFFIX1)(SUFFIX1) - p.fi.endgroup -<to be read again> - > -l.42 show p~[-2]~[3000,x]++4000> - path p3; showvariable p,P; -Oh dear. I can't decide if the expression above is positive, -negative, or zero. So this comparison test won't be `true'. - -{false} -! Missing `:' has been inserted. -<to be read again> - [-2] -p~[-2]->...1)=(SUFFIX1)(SUFFIX1) - p.fi.endgroup -<to be read again> - > -l.42 show p~[-2]~[3000,x]++4000> - path p3; showvariable p,P; -There should've been a colon after the condition. -I shall pretend that one was there. - -{endgroup} -{path((xpart p3,ypart p3))} -{(vacuous)>(false)} ->> vacuous ->> false -! Not implemented: (vacuous)>(boolean). -<to be read again> - ; -l.42 ...~[3000,x]++4000>path p3; - showvariable p,P; -I'm afraid I don't know how to apply that operation to that -combination of types. Continue, and I'll return the second -argument (see above) as the result of the operation. - ->> false -{showvariable} -p=(8,1,5,-5,-5,5) -p[]=pair -p[][]=numeric -p[][]p=unknown path -p[][]p~=macro:(SUFFIX2)(SUFFIX3)(EXPR4)<suffix>->begingroup ETC. -p[]~=unknown boolean -p~=path -p~[]@#=macro:<tertiary>->begingroup.if.p(SUFFIX1)(SUFFIX1) ETC. -p[[ [] ]]=numeric -p[[ [-1] ]]=4095.99998 -p[-2][-2]=p[-2][-2] -p0.1 0.2=p0.1 0.2 -p1=(xpart p1,ypart p1) -p1 2p=path -p2=(5,-5) -p2 3p=path -p3=(xpart p3,ypart p3) -p7=(3,6) -> P=tag -{numeric} -{(2)*(alpha)} -{(p3~)=(2alpha)} -## alpha=0.5p3~ -{(1)/(-1)} -{(3)*(beta)} -{(p[-1]~)=(3beta)} -## beta=0.33333p[-1]~ -{begingroup} -{save} -{showvariable} -> p=tag -{(3)*(0.33333(SAVED)p[-1]~)} -{((SAVED)p[-1]~)=(1)} -## (SAVED)p[-1]~=1 -#### beta=0.33333 -{restoring p} -{endgroup} -{showvariable} -p=(8,1,5,-5,-5,5) -p[]=pair -p[][]=numeric -p[][]p=unknown path -p[][]p~=macro:(SUFFIX2)(SUFFIX3)(EXPR4)<suffix>->begingroup ETC. -p[]~=numeric -p~=path -p~[]@#=macro:<tertiary>->begingroup.if.p(SUFFIX1)(SUFFIX1) ETC. -p[[ [] ]]=numeric -p[[ [-1] ]]=4095.99998 -p[-2][-2]=p[-2][-2] -p[-1]~=1 -p0.1 0.2=p0.1 0.2 -p1=(xpart p1,ypart p1) -p1 2p=path -p2=(5,-5) -p2 3p=path -p3=(xpart p3,ypart p3) -p3~=p3~ -p7=(3,6) -{def} -{def} -! Missing `=' has been inserted. -<to be read again> - false -l.45 ...enddef;def!primary!false - ):!fi enddef; -The next thing in this `def' should have been `=', -because I've already looked at the definition heading. -But don't worry; I'll pretend that an equals sign -was present. Everything from here to `enddef' -will be the replacement text of this macro. - -{def} -{(path)scaled(-1)} -Path at line 46, before choices: -(1,-2)..controls (1.37755,-1.71404) and (1.71404,-1.37755) - ..(2,-1)..controls (2.33353,-0.55965) and (2.59729,-0.04124) - ..(2.5,0.5)..controls (2.36812,1.23369) and (1.6712,1.65662) - ..(1,2)..controls (0.66821,2.16974) and (0.33485,2.33641) - ..(0,2.5) - ..(-1,2)..controls (-1.37755,1.71404) and (-1.71404,1.37755) - ..(-2,1)..controls (-2.33353,0.55965) and (-2.59729,0.04124) - ..(-2.5,-0.5)..controls (-2.36812,-1.23369) and (-1.6712,-1.65662) - ..(-1,-2)..controls (-0.66821,-2.16974) and (-0.33485,-2.33641) - ..(0,-2.5) - ..cycle - -Path at line 46, after choices: -(1,-2)..controls (1.37755,-1.71404) and (1.71404,-1.37755) - ..(2,-1)..controls (2.33353,-0.55965) and (2.59729,-0.04124) - ..(2.5,0.5)..controls (2.36812,1.23369) and (1.6712,1.65662) - ..(1,2)..controls (0.66821,2.16974) and (0.33485,2.33641) - ..(0,2.5)..controls (-0.37186,2.68167) and (-0.668,2.25146) - ..(-1,2)..controls (-1.37755,1.71404) and (-1.71404,1.37755) - ..(-2,1)..controls (-2.33353,0.55965) and (-2.59729,0.04124) - ..(-2.5,-0.5)..controls (-2.36812,-1.23369) and (-1.6712,-1.65662) - ..(-1,-2)..controls (-0.66821,-2.16974) and (-0.33485,-2.33641) - ..(0,-2.5)..controls (0.37186,-2.68167) and (0.668,-2.25146) - ..cycle - -{makepen(path)} -Pen polygon at line 46 (newly created): -(1,-2) - .. (2,-1) - .. (2.5,0.5) - .. (1,2) - .. (0,2.5) - .. (-1,2) - .. (-2,1) - .. (-2.5,-0.5) - .. (-1,-2) - .. (0,-2.5) - .. cycle - -{qq:=pen} -{primarydef} -{secondarydef} - -//<expr>-> - -//<expr>-> -{pencircle} -{length(path)} -{(future pen)slanted(1)} -{((3,6))-((5,-5))} - -_aa__<secondary>->if(true -{(0.1)*(15)} -{odd(1.50009)} -{not(false)} -{known((8,1,5,-5,-5,5))} -{(true)and(true)} -(EXPR0)<-true -{if} -{true} - -!<primary>->false):(EXPR0)fi -(EXPR0)<-(5,-5) -{false} -{(true)or(false)} -{true} -{fi} -{-((5,-5))} -{-((5,-5))} -{+(1)} -{-(1)} ->> -1 -! Improper curl has been replaced by 1. -<to be read again> - ) -l.51 {curl- +1) - ..tension atleast1..cycle sqrt2++sqrt2***[[]]; -A curl must be a known, nonnegative number. - -! Missing `}' has been inserted. -<to be read again> - ) -l.51 {curl- +1) - ..tension atleast1..cycle sqrt2++sqrt2***[[]]; -I've scanned a direction spec for part of a path, -so a right brace should have come next. -I shall pretend that one was there. - -Path at line 51, before choices: -(-5,5) - -Path at line 51, after choices: -(-5,5) - -Path at line 51, before choices: -(3,6)..controls (5,-5) and (-5,5) - ..(-5,5)..tension atleast1 - ..{2896.30943,-2896.30934}cycle - -Path at line 51, after choices: -(3,6)..controls (5,-5) and (-5,5) - ..(-5,5)..controls (-3.29726,7.86205) and (0.64516,8.35484) - ..cycle - -! Missing `)' has been inserted. -<to be read again> - sqrt -l.51 ...ion atleast1..cycle sqrt - 2++sqrt2***[[]]; -I found no right delimiter to match a left one. So I've -put one in, behind the scenes; this may fix the problem. - -{((-2,11))subpath(path)} -{reverse(path)} -{makepen(path)} - -**->[[show(EXPR0)*(EXPR1)]] -(EXPR0)<-future pen -(EXPR1)<-future pen -{begingroup} -{show} -{(future pen)*(future pen)} ->> future pen ->> future pen -! Not implemented: (future pen)*(future pen). -<to be read again> - ]] -<to be read again> - sqrt -l.51 ...ion atleast1..cycle sqrt - 2++sqrt2***[[]]; -I'm afraid I don't know how to apply that operation to that -combination of types. Continue, and I'll return the second -argument (see above) as the result of the operation. - -! Pen path must be a cycle. -<to be read again> - ]] -<to be read again> - sqrt -l.51 ...ion atleast1..cycle sqrt - 2++sqrt2***[[]]; -I can't make a pen from the given path. -So I've replaced it by the trivial path `(0,0)..cycle'. - ->> Pen polygon at line 51: -(0,0) - .. cycle - -{endgroup} -(EXPR0)<-vacuous -{sqrt(2)} -{sqrt(2)} -{(1.41422)++(1.41422)} -{begingroup} -{endgroup} - -***->expandafter(EXPR1)scantokens"**oct"(EXPR0) -(EXPR0)<-2 -(EXPR1)<-vacuous -{expandafter} -{scantokens} -{oct(2)} ->> 2 -! Not implemented: oct(known numeric). -<to be read again> - ; -l.51 ...cle sqrt2++sqrt2***[[]]; - -I'm afraid I don't know how to apply that operation to that -particular type. Continue, and I'll simply return the -argument (shown above) as the result of the operation. - - -**->[[show(EXPR0)*(EXPR1)]] -(EXPR0)<-vacuous -(EXPR1)<-2 -{begingroup} -{show} -{(vacuous)*(2)} ->> vacuous ->> 2 -! Not implemented: (vacuous)*(known numeric). -<to be read again> - ]] -<to be read again> - ; -l.51 ...cle sqrt2++sqrt2***[[]]; - -I'm afraid I don't know how to apply that operation to that -combination of types. Continue, and I'll return the second -argument (see above) as the result of the operation. - ->> 2 -{endgroup} -(EXPR0)<-vacuous -{begingroup} -{interim} -{-(20.5)} -{charcode:=-20.5} -{proofing:=-20.5} -{-(2048)} -{chardp:=-2048} -{shipout} -{nullpicture} -! Enormous chardp has been reduced. -<to be read again> - ]] -l.52 ...48;shipout nullpicture]] - ; -Font metric dimensions must be less than 2048pt. - -{restoring proofing=0} -{endgroup} -{if} -{-(275.50002)} -{charexists(-275.50002)} -{known(unknown path p0 0p)} -{(true)>(false)} -{known(path)} -{(true)=(true)} -{true} -{randomseed} -! Missing `:=' has been inserted. -<to be read again> - charcode -l.53 ... p~: randomseed charcode - ; fi -Always say `randomseed:=<numeric expression>'. - -{randomseed:=-20.5} -{fi} -{randomseed} ->> "goof" -! Unknown value will be ignored. -<to be read again> - ; -l.54 randomseed:="goof"; - a[($,18++1+-+18),(2,3)]=b[(3,2),(1,$); -Your expression was too random for me to handle, -so I won't change the random seed just now. - -{(18)++(1)} -{(18.02776)+-+(18)} -{((2,3))-((-1,1))} -{(a)*((3,2))} -{((-1,1))+((3a,2a))} -! Missing `]' has been inserted. -<to be read again> - ; -l.54 ...8),(2,3)]=b[(3,2),(1,$); - -I've scanned an expression of the form `a[b,c', -so a right bracket should have come next. -I shall pretend that one was there. - -{((1,-1))-((3,2))} -{(b)*((-2,-3))} -{((3,2))+((-2b,-3b))} -{((3a-1,2a+1))=((-2b+3,-3b+2))} -## b=-0.66667a+0.33333 -## a=2 -#### b=-1 -{show} -{(^)+(1)} -{(~)+(2)} -{-(1)} -{((^+1,~+2))slanted(-1)} -{-(2)} -{((linearform,~+2))yscaled(-2)} -{-((3,4))} -{((linearform,-2~-4))zscaled((-3,-4))} ->> (-5~-3^-13,10~-4^+16) -{((xpart pp,ypart pp,xxpart pp,xypart pp,yxpart pp,yypart pp))xscaled(9) -} -{((8,1,5,-5,-5,5))transformed((9xpart pp,ypart pp,9xxpart pp,9xypart pp, -yxpart pp,yypart pp))} ->> (9xpart pp+72xxpart pp+9xypart pp,ypart pp+8yxpart pp+yypart pp,45xxp -art pp-45xypart pp,-45xxpart pp+45xypart pp,5yxpart pp-5yypart pp,-5yxpa -rt pp+5yypart pp) -{((xpart pp,ypart pp,xxpart pp,xypart pp,yxpart pp,yypart pp))shifted((1 -,2))} -{((8,1,5,-5,-5,5))transformed((8,1,5,-5,-5,5))} -{((xpart pp+1,ypart pp+2,xxpart pp,xypart pp,yxpart pp,yypart pp))transf -ormed((43,-34,50,-50,-50,50))} ->> (50xpart pp-50ypart pp-7,-50xpart pp+50ypart pp+16,50xxpart pp-50yxpa -rt pp,50xypart pp-50yypart pp,-50xxpart pp+50yxpart pp,-50xypart pp+50yy -part pp) -{(2)-(1)} -{(_0)*(1)} -{(1)+(_0)} -{-(_0+1)} ->> -_0-1 -{show} -{normaldeviate} -{-(-2048)} -{uniformdeviate(2048)} -{angle((-0.41438,761.67789))} -{cosd(90.03117)} -{(200)*(-0.00055)} -{mexp(-0.10986)} -{sqrt(0.99957)} -{mlog(0.99979)} -{sind(-0.05469)} -{floor(-0.00096)} ->> -1 -{string} -{(unknown string s2)=(unknown string s4)} -{(unknown string s1)=(unknown string s2)} -{(unknown string s3)=(unknown string s5)} -{(unknown string s2)=(unknown string s4)} -! Redundant equation. -<to be read again> - ; -l.58 ... s1=s2=s4; s3=s5; s1=s2; - if s1<=s4<>(s1<>s3):show[[ch... -I already knew that this equation was true. -But perhaps no harm has been done; let's continue. - -{if} -{(unknown string s2)<=(unknown string s1)} -{(unknown string s2)<>(unknown string s5)} ->> unknown string s2 ->> unknown string s5 -! Unknown relation will be considered false. -<to be read again> - ) -l.58 ...=s2; if s1<=s4<>(s1<>s3) - :show[[char34=s2:=s3]]fi; -The quantities shown above have not been equated. - -{(true)<>(false)} -{true} -{show} -{begingroup} -{char(34)} -{s2:=unknown string s5} -{(""")=(unknown string s2)} -{endgroup} -{fi} ->> vacuous -{(0.1)point(path)} -{begingroup} -{pencircle} -Pen polygon at line 59 (newly created): -(0.5,0) - .. (0,0.5) - .. (-0.5,0) - .. (0,-0.5) - .. cycle - -{endgroup} -{((3.24413,0.64801))penoffset(pen)} -{((0,-0.5))rotated(540)} -{((0,0.5))/(0.33333)} -{-(1.5)} -! Paths don't touch; `&' will be changed to `..'. -<to be read again> - ) -l.60 ...tcontrol-1.5of(p~&cycle) - -precontrol1/2of p~(p~)=s1:=s... -When you join paths `p&q', the ending point of p -must be exactly equal to the starting point of q. -So I'm going to pretend that you said `p..q' instead. - -Path at line 60, before choices: -(0,0)..controls (15,4) and (-15,-12) - ..(4,0) - ..cycle - -Path at line 60, after choices: -(0,0)..controls (15,4) and (-15,-12) - ..(4,0)..controls (17.52783,8.54388) and (-15.45978,-4.12262) - ..cycle - -{(-1.5)postcontrol(path)} -{(0.5)precontrol(path)} -{((-2.75,-5))-((3.75,-1))} -! Missing `of' has been inserted for directiontime. -<to be read again> - ( -l.60 ...cle)-precontrol1/2of p~( - p~)=s1:=s4:=s4; -I've got the first argument; will look now for the other. - -{((-6.5,-4))directiontime(path)} -{decimal(0.5)} -{((0,1.50003))substring("0.5")} -{s4:=unknown string s1} -{s1:=unknown string s4} -{("0.")=(unknown string s1)} -{path} -{length(" ")} -! Missing `,' has been inserted. -<to be read again> - } -l.61 ...p~[]; p~1=p2{length" "} - &cycle; p~1=p2=p~0; p2..contr... -I've got the x coordinate of a path direction; -will look for the y coordinate next. - -! An expression can't begin with `}'. -<inserted text> - 0 -<to be read again> - } -l.61 ...p~[]; p~1=p2{length" "} - &cycle; p~1=p2=p~0; p2..contr... -I'm afraid I need some sort of value in order to continue, -so I've tentatively inserted `0'. You may want to -delete this zero and insert something else; -see Chapter 27 of The METAFONTbook for an example. - -Path at line 61, before choices: -(5,-5){4096,0} - ..{4096,0}cycle - -Path at line 61, after choices: -(5,-5)..controls (5,-5) and (5,-5) - ..cycle - -{(unknown path p~1)=(path)} -{((5,-5))=(unknown path p~0)} -{(path)=(path)} -! Redundant or inconsistent equation. -<to be read again> - ; -l.61 ..." "}&cycle; p~1=p2=p~0; - p2..controls-p2..cycle=p~2;(p7 -An equation between already-known quantities can't help. -But don't worry; continue and I'll just ignore it. - -{-((5,-5))} -Path at line 61, before choices: -(5,-5)..controls (-5,5) and (-5,5) - ..cycle - -Path at line 61, after choices: -(5,-5)..controls (-5,5) and (-5,5) - ..cycle - -{(path)=(unknown path p~2)} -{length(path)} -Path at line 62, before choices: -(3,6)..tension 1.2 - ..(5,-5)..controls (5,-5) and (5,-5) - ..(5,-5) - ..(5,-5)..controls (-5,5) and (-5,5) - ..(5,-5){0,4096}..tension 1 and atleast1 - ..cycle - -Path at line 62, after choices: -(3,6)..controls (-3.01212,4.82085) and (-1.0424,-6.01257) - ..(5,-5)..controls (5,-5) and (5,-5) - ..(5,-5)..controls (5,-5) and (5,-5) - ..(5,-5)..controls (-5,5) and (-5,5) - ..(5,-5)..controls (5,0.02791) and (4.99951,6.39217) - ..cycle - ->> x -! Improper tension has been set to 1. -<to be read again> - .. -l.63 x.. - {curl1}-p7{curl hex "IsBad"}..tension.75and.74999..p... -The expression above should have been a number >=3/4. - -{-((3,6))} -{hex("IsBad")} ->> "IsBad" -! String contains illegal digits. -<to be read again> - } -l.63 ...l1}-p7{curl hex "IsBad"} - ..tension.75and.74999..p2{0,1... -I zeroed out characters that weren't hex digits. - ->> 0.74998 -! Improper tension has been set to 1. -<to be read again> - .. -l.63 ...}..tension.75and.74999.. - p2{0,1}&p2{_,'}..cycle:=p -The expression above should have been a number >=3/4. - ->> _ -! Undefined x coordinate has been replaced by 0. -<to be read again> - , -l.63 ...and.74999..p2{0,1}&p2{_, - '}..cycle:=p -I need a `known' x value for this part of the path. -The value I found (see above) was no good; -so I'll try to keep going by using zero instead. -(Chapter 27 of The METAFONTbook explains that -you might want to type `I ???' now.) - ->> (xpart ',ypart ') -! Undefined y coordinate has been replaced by 0. -<to be read again> - } -l.63 ...d.74999..p2{0,1}&p2{_,'} - ..cycle:=p -I need a `known' y value for this part of the path. -The value I found (see above) was no good; -so I'll try to keep going by using zero instead. -(Chapter 27 of The METAFONTbook explains that -you might want to type `I ???' now.) - -Path at line 63, before choices: -(3,6)..controls (-3.01212,4.82085) and (-1.0424,-6.01257) - ..(5,-5)..controls (5,-5) and (5,-5) - ..(5,-5)..controls (5,-5) and (5,-5) - ..(5,-5)..controls (-5,5) and (-5,5) - ..(5,-5)..controls (5,0.02791) and (4.99951,6.39217) - ..(3,6) - ..{curl 1}(-3,-6){curl 2989}..tension 0.75 and 1 - ..{0,4096}(5,-5){curl 1} - ..cycle - -Path at line 63, after choices: -(3,6)..controls (-3.01212,4.82085) and (-1.0424,-6.01257) - ..(5,-5)..controls (5,-5) and (5,-5) - ..(5,-5)..controls (5,-5) and (5,-5) - ..(5,-5)..controls (-5,5) and (-5,5) - ..(5,-5)..controls (5,0.02791) and (4.99951,6.39217) - ..(3,6)..controls (-2.44821,4.93144) and (-5.41408,-1.00029) - ..(-3,-6)..controls (-3.70045,-12.19485) and (5,-11.61679) - ..(5,-5)..controls (12.45406,-3.75087) and (10.41669,7.45464) - ..cycle - ->> path -! Improper `:=' will be changed to `='. -l.63 ...p2{0,1}&p2{_,'}..cycle:= - p -I didn't find a variable name at the left of the `:=', -so I'm going to pretend that you said `=' instead. - -{(path)=(unknown path p~4)} -{-(9)} -{((3.5001,7.00002))subpath(path)} -{((-9,9))subpath(path)} -{(path)=(unknown path p~6)} -{show} ->> Path at line 65: -(-2.5,2.5)..controls (-2.49893,2.49893) and (0.00107,-0.00107) - ..(5,-5)..controls (5,0.02791) and (4.99951,6.39217) - ..(3,6)..controls (-2.44821,4.93144) and (-5.41408,-1.00029) - ..(-3,-6)..controls (-3.70045,-12.19485) and (5,-11.61679) - ..(5,-5)..controls (5.0001,-4.99998) and (5.00021,-4.99997) - ..(5.00032,-4.99995) - -{((1,2))directiontime(path)} ->> 1 -{-(1.00002)} -{((1,-1.00002))directiontime(path)} ->> 3.24937 -Path at line 66, before choices: -(0,0)..controls (1,1) and (0,1) - ..(1,0) - -Path at line 66, after choices: -(0,0)..controls (1,1) and (0,1) - ..(1,0) - -{(unknown path p~3)=(path)} -{show} -Path at line 66, before choices: -(5,-5){-2896.30943,-2896.30934} - ..{1831.78674,3663.57385}cycle - -Path at line 66, after choices: -(5,-5)..controls (5,-5) and (5,-5) - ..cycle - ->> Path at line 66: -(5,-5)..controls (5,-5) and (5,-5) - ..cycle - -{((0.31416,1))subpath(path)} -{((1,1))directiontime(path)} -{(1)-(0.31416)} -{(0.27097)*(0.68584)} -{(0.31416)+(0.18584)} ->> 0.5 -{((0,0.25))subpath(path)} -{((0.25,1))subpath(path)} -Path at line 68, before choices: -(0,0)..controls (0.25,0.25) and (0.375,0.4375) - ..(0.4375,0.5625)..controls (0.625,0.9375) and (0.25,0.75) - ..(1,0) - -Path at line 68, after choices: -(0,0)..controls (0.25,0.25) and (0.375,0.4375) - ..(0.4375,0.5625)..controls (0.625,0.9375) and (0.25,0.75) - ..(1,0) - -! Missing `endtext' has been inserted. -<to be read again> - ; -l.68 ...~3)shifted begintext1,0; - -I found no right delimiter to match a left one. So I've -put one in, behind the scenes; this may fix the problem. - -{(path)shifted((1,0))} -{(unknown path p~5)=(path)} -{(2/3)*((xpart ',ypart '))} -{((0.66667xpart ',0.66667ypart '))zscaled((xpart ',ypart '))} ->> (0,0,xpart ',-ypart ',ypart ',xpart ') -! Transform components aren't all known. -<to be read again> - { -l.69 p~3:=2/3'zscaled'{ - p~3}..controls(2,2/3(3))and penoffset(... -I'm unable to apply a partially specified transformation -except to a fully known pair or transform. -Proceed, and I'll omit the transformation. - ->> 0.66667xpart ' -! Undefined x coordinate has been replaced by 0. -<to be read again> - { -l.69 p~3:=2/3'zscaled'{ - p~3}..controls(2,2/3(3))and penoffset(... -I need a `known' x value for this part of the path. -The value I found (see above) was no good; -so I'll try to keep going by using zero instead. -(Chapter 27 of The METAFONTbook explains that -you might want to type `I ???' now.) - ->> 0.66667ypart ' -! Undefined y coordinate has been replaced by 0. -<to be read again> - { -l.69 p~3:=2/3'zscaled'{ - p~3}..controls(2,2/3(3))and penoffset(... -I need a `known' y value for this part of the path. -The value I found (see above) was no good; -so I'll try to keep going by using zero instead. -(Chapter 27 of The METAFONTbook explains that -you might want to type `I ???' now.) - ->> path -! Undefined coordinates have been replaced by (0,0). -<to be read again> - } -l.69 p~3:=2/3'zscaled'{p~3} - ..controls(2,2/3(3))and penoffset(... -I need x and y numbers for this part of the path. -The value I found (see above) was no good; -so I'll try to keep going by using zero instead. -(Chapter 27 of The METAFONTbook explains that -you might want to type `I ???' now.) - -{(2/3)*(3)} -{(1/2)*(x)} -{((0.5x,-5))penoffset((0,1))} ->> (0.5x,-5) ->> (0,1) -! Not implemented: penoffset(unknown pair)of(pair). -<to be read again> - ( -l.69 ...enoffset(1/2x,y)of(0,1)( - 1,0); -I'm afraid I don't know how to apply that operation to that -combination of types. Continue, and I'll return the second -argument (see above) as the result of the operation. - -! Missing `..' has been inserted. -<to be read again> - ( -l.69 ...enoffset(1/2x,y)of(0,1)( - 1,0); -A path join command should end with two dots. - -Path at line 69, before choices: -(0,0)..controls (2,2) and (0,1) - ..(1,0) - -Path at line 69, after choices: -(0,0)..controls (2,2) and (0,1) - ..(1,0) - -{p~3:=path} -{show} -{reverse(path)} -{(path)intersectiontimes(path)} ->> (0.17227,0.28339) -{(0.17227)point(path)} ->> (0.71329,0.78188) -{(1)-(0.28339)} -{(0.71661)point(path)} ->> (0.7133,0.78189) -{show} -{(path)shifted((0.01,0))} -{(path)intersectiontimes(path)} -{xpart((1.47693,1.18973))} -{(1.47693)point(path)} -{(path)shifted((0.01,0))} -{(path)intersectiontimes(path)} -{ypart((1.47693,1.18973))} -{(1.18973)point(path)} -{((1.50499,0.71521))-((1.495,0.71521))} ->> (0.01,0) -{begingroup} -{interim} -{tracingedges:=1} -{-(1)} -{-(1.00002)} -{(-1)+-+(-1.00002)} -! Pythagorean subtraction 1+-+1.00002 has been replaced by 0. -l.73 ...es:=1; e[-1+-+ -1.00001] - =nullpicture; addto e1 also[[ -Since I don't take square roots of negative numbers, -I'm zeroing this one. Proceed, with fingers crossed. - -{nullpicture} -{(unknown picture e0)=(picture)} -{addto} -{begingroup} -{addto} -{(path)scaled(3)} -Path at line 74, before subdivision into octants: -(3,0)..controls (3.75,0.75) and (4.125,1.3125) - ..(4.3125,1.6875)..controls (4.875,2.8125) and (3.75,2.25) - ..(6,0)..controls (3.75,2.25) and (4.875,2.8125) - ..(4.3125,1.6875)..controls (4.125,1.3125) and (3.75,0.75) - ..cycle - -Cycle spec at line 74, after subdivision: -(3,0) % beginning in octant `NNE' - ..controls (3.75,0.75) and (4.125,1.3125) - ..(4.3125,1.6875) % segment 0 - ..controls (4.5,2.0625) and (4.5,2.25) - ..(4.5,2.25) % segment 1 -% entering octant `NNW' -% entering octant `WNW' -% entering octant `WSW' -% entering octant `SSW' -% entering octant `SSE' - ..controls (4.5,2.25) and (4.5,1.5) - ..(6,0) % segment 1 -% entering octant `ESE' -% entering octant `ENE' -% entering octant `NNE' -% entering octant `NNW' - ..controls (4.5,1.5) and (4.5,2.25) - ..(4.5,2.25) % segment 2 -% entering octant `WNW' -% entering octant `WSW' -% entering octant `SSW' - ..controls (4.5,2.25) and (4.5,2.0625) - ..(4.3125,1.6875) % segment 2 - ..controls (4.125,1.3125) and (3.75,0.75) - ..(3,0) % segment 3 -% entering octant `SSE' -% entering octant `ESE' -% entering octant `ENE' - & cycle - -Tracing edges at line 74: (weight 1) -(4,0)(4,1)(5,1)(5,3)(4,3)(4,1)(5,1)(5,0)(6,0)(6,1)(5,1)(5,3) -(4,3)(4,1)(3,1)(3,0). - -{(unknown picture e1)=(unknown picture e2)} -{(picture)=(unknown picture e1)} -{cull} -{nullpicture} -{endgroup} -{show} -{-(4095)} -{(picture)shifted((4089,-4095))} ->> Edge structure at line 75: -row -4093: | 4093+ 4094- -row -4094: | 4093+ 4094- -row -4095: | 4092+ 4093- 4094+ 4095- - -{-(4095)} -{(picture)shifted((-4095,4092))} -{-(3)} -{(picture)shifted((-3,0))} ->> Edge structure at line 75: -row 4094: -4094+ -4093- -4094+ -4093- | -row 4093: -4094+ -4093- -4094+ -4093- | -row 4092: -4095+ -4092- -4093+ -4094- | - -{-(4095)} -{(picture)shifted((4089,-4095))} -! Too far to shift. -<to be read again> - ]] -l.76 e2 shifted(4089,-4095)]] - ;addto e1 also e2 shifted(-2,$)... -I can't shift the picture as requested---it would -make some coordinates too large or too small. -Proceed, and I'll omit the transformation. - ->> Edge structure at line 76: -row 2: 4+ 5- 4+ 5- | -row 1: 4+ 5- 4+ 5- | -row 0: 3+ 6- 5+ 4- | - -{restoring tracingedges=32767.99998} -{endgroup} -{addto} -{-(2)} -{(picture)shifted((-2,-1))} -{-(4)} -{(picture)shifted((-4,-1))} -{e1:=picture} -{addto} -{(picture)rotated(89.999)} -! That transformation is too hard. -<to be read again> - + -l.77 ...e0 also e1rotated89.999+ - e1scaled$; show e0 xscaled-10... -I can apply complicated transformations to paths, -but I can only do integer operations on pictures. -Proceed, and I'll omit the transformation. - -{(picture)scaled(-1)} -{(picture)+(picture)} -{show} -{-(10)} -{(picture)xscaled(-10)} -{(picture)yscaled(2)} -{(picture)xscaled(82)} -! Scaled picture would be too big. -<to be read again> - yscaled -l.78 yscaled - 683;addto e1 doublepath (0,9) withweight-3 withwe... -I can't xscale the picture as requested---it would -make some coordinates too large or too small. -Proceed, and I'll omit the transformation. - -{(picture)yscaled(683)} -! Scaled picture would be too big. -<to be read again> - ; -l.78 yscaled683; - addto e1 doublepath (0,9) withweight-3 withwe... -I can't yscale the picture as requested---it would -make some coordinates too large or too small. -Proceed, and I'll omit the transformation. - ->> Edge structure at line 78: -row 5: -40- -50+ -40- -50+ | -row 4: -40- -50+ -40- -50+ | -row 3: -30+ 0- -10+ -20- -40- -50+ -40- -50+ | -10+ 0- -row 2: -30+ 0- -10+ -20- -40- -50+ -40- -50+ | -10+ 0- -row 1: 20- 10+ 20- 10+ -20+ -10- -20+ -10- -30- -60+ -50- -40+ | - -10+ -10+ 0- 0- 10+ 20- -row 0: 20- 10+ 20- 10+ -20+ -10- -20+ -10- -30- -60+ -50- -40+ | - -10+ -10+ 0- 0- 10+ 20- -row -1: 20- 10+ 20- 10+ -20+ -10- -20+ -10- | -20+ -10- 0+ 0+ 10- - 10- -row -2: 20- 10+ 20- 10+ -20+ -10- -20+ -10- | -20+ -10- 0+ 0+ 10- - 10- -row -3: 30- 0+ 10- 20+ | 0+ 10- -row -4: 30- 0+ 10- 20+ | 0+ 10- - -{addto} -{-(3)} -{turningnumber(path)} -! Weight must be -3, -2, -1, +1, +2, or +3. -<to be read again> - withpen -l.79 withpen - pencircle xscaled(oct"180"++1) rotated-angle(64... -I'll ignore the bad `with' clause and look for another. - -{pencircle} -{oct("180")} ->> "180" -! String contains illegal digits. -<to be read again> - ++ -l.79 ...ircle xscaled(oct"180"++ - 1) rotated-angle(64,$) shifte... -I zeroed out characters that weren't in the range 0..7. - -{(64)++(1)} -{(future pen)xscaled(64.00781)} -{angle((64,-1))} -{-(-0.89517)} -{(future pen)rotated(0.89517)} -{(future pen)shifted((9,8))} -Pen polygon at line 80 (newly created): -(9,7.5) - .. (37.5,8) - .. (41,8.5) - .. (9,8.5) - .. (-19.5,8) - .. (-23,7.5) - .. cycle - -Path at line 80, before choices: -(-1,-1){curl 1} - ..(1,0) - ..(1,1) - ..(-1,0) - ..{curl 1}cycle - -Path at line 80, after choices: -(-1,-1)..controls (-0.18568,-1.14464) and (0.62712,-0.73824) - ..(1,0)..controls (1.16457,0.32584) and (1.21637,0.71506) - ..(1,1)..controls (0.46898,1.69931) and (-0.7587,1.2167) - ..(-1,0)..controls (-1.06546,-0.33012) and (-1.06546,-0.66988) - ..cycle - -{makepen(path)} -{(future pen)xscaled(4095.49998)} -Pen polygon at line 80 (newly created): -(4095.49998,0) - .. (4095.49998,1) - .. (-4095.49998,0) - .. (-4095.49998,-1) - .. cycle - -Path at line 80, before subdivision into octants: -(0,9)..controls (0,9) and (0,9) - ..cycle - -! Curve out of range. -<to be read again> - ; -l.80 ...cycle)xscaled4095.49999; - -At least one of the coordinates in the path I'm about to -digitize was really huge (potentially bigger than 4095). -So I've cut it back to the maximum size. -The results will probably be pretty wild. - -Cycle spec at line 80, after subdivision: -(0,0) % beginning in octant `ENE' -% entering octant `NNE' -% entering octant `NNW' -% entering octant `WNW' -% entering octant `WSW' -% entering octant `SSW' -% entering octant `SSE' -% entering octant `ESE' - & cycle - -Tracing edges at line 80: (weight -3) -@ Octant ENE (2 offsets), from (-4095.49998,-1) to (4095.49998,0) -@ transition line 0, from (-4095.49998,-1) to (-4095.49998,-1) -@ transition line 1, from (-4095.49998,-1) to (4095.49998,0) -@ transition line 2, from (4095.49998,0) to (4095.49998,0) -(0,-1) -@ Octant NNE (1 offset), from (4095.49998,0) to (4095.49998,1) -@ transition line 2, from (4095.49998,0) to (4095.49998,0) -@ transition line 1, from (4095.49998,0) to (4095.49998,1) -(0,0)(4095,0) -@ Octant NNW (0 offsets), from (4095.49998,1) to (4095.49998,1) -@ transition line 0, from (4095.49998,1) to (4095.49998,1) -@ Octant WNW (0 offsets), from (4095.49998,1) to (4095.49998,1) -@ transition line 1, from (4095.49998,1) to (4095.49998,1) -@ Octant WSW (2 offsets), from (4095.49998,1) to (-4095.49998,0) -@ transition line 0, from (4095.49998,1) to (4095.49998,1) -@ transition line 1, from (4095.49998,1) to (-4095.49998,0) -@ transition line 2, from (-4095.49998,0) to (-4095.49998,0) -(4095,1)(0,1) -@ Octant SSW (1 offset), from (-4095.49998,0) to (-4095.49998,-1) -@ transition line 2, from (-4095.49998,0) to (-4095.49998,0) -@ transition line 1, from (-4095.49998,0) to (-4095.49998,-1) -(0,0)(-4095,0) -@ Octant SSE (0 offsets), from (-4095.49998,-1) to (-4095.49998,-1) -@ transition line 0, from (-4095.49998,-1) to (-4095.49998,-1) -@ Octant ESE (0 offsets), from (-4095.49998,-1) to (-4095.49998,-1) -@ transition line 1, from (-4095.49998,-1) to (-4095.49998,-1) -(-4095,-1). - -{show} ->> Edge structure at line 81: -row 1: | 0+ 1- -row 0: 0--- 4095+++ -2+ -1- -2+ -1- | 0+ 1- -row -1: -4095--- 0+++ -2+ -1- -2+ -1- | -1+ 0- 1+ 2- -row -2: -3+ 0- -1+ -2- | - -{totalweight(picture)} ->> -0.37476 -{charcode:=5} -{chardp:=5} -{-(1.5)} -{xoffset:=-1.5} -{shipout} -[5] -Edge structure at line 81 (just shipped out): -row 1: | -1+ 0- -row 0: | -3+ -3+ -2- -2- -1--- -1+ 0- 4094+++ -row -1: | -4096--- -3+ -3+ -2- -2- -2+ -1- -1+++ 0+ 1- -row -2: | -4+ -3- -2+ -1- - -{showstats} -Memory usage 1084&202 (749 still untouched) -String usage 24&92 (859&11353 still untouched) -{addto} -{(path)yscaled(0.01666)} -Path at line 82, before subdivision into octants: -(0,0)..controls (15,0.06665) and (-15,-0.19995) - ..(4,0)..controls (-15,-0.19995) and (15,0.06665) - ..cycle - -Cycle spec at line 82, after subdivision: -(0,0) % beginning in octant `ENE' - ..controls (1.74272,0.00775) and (2.87802,0.01099) - ..(3.55333,0.01099) % segment 0 -% entering octant `ESE' - ..controls (4.12251,0.01099) and (4.36491,0.00868) - ..(4.36877,0.00482) % segment 0 -% entering octant `SSE' - ..controls (4.3688,0.00479) and (4.36882,0.00476) - ..(4.36882,0.00473) % segment 0 -% entering octant `SSW' - ..controls (4.36882,0.0047) and (4.3688,0.00467) - ..(4.36877,0.00464) % segment 0 -% entering octant `WSW' - ..controls (4.34875,-0.01538) and (-1.88759,-0.07579) - ..(-2.48894,-0.07579) % segment 0 -% entering octant `WNW' - ..controls (-2.5191,-0.07579) and (-2.5351,-0.07564) - ..(-2.53542,-0.07532) % segment 0 -% entering octant `NNW' -% entering octant `NNE' -% entering octant `ENE' - ..controls (-2.53209,-0.07199) and (-0.88672,-0.05144) - ..(4,0) % segment 0 -% entering octant `NNE' -% entering octant `NNW' -% entering octant `WNW' -% entering octant `WSW' - ..controls (-0.88672,-0.05144) and (-2.5321,-0.072) - ..(-2.53542,-0.07532) % segment 1 -% entering octant `SSW' -% entering octant `SSE' -% entering octant `ESE' - ..controls (-2.53511,-0.07562) and (-2.5191,-0.07579) - ..(-2.48894,-0.07579) % segment 1 -% entering octant `ENE' - ..controls (-1.88759,-0.07579) and (4.34877,-0.01537) - ..(4.36877,0.00464) % segment 1 -% entering octant `NNE' - ..controls (4.3688,0.00467) and (4.36882,0.0047) - ..(4.36882,0.00473) % segment 1 -% entering octant `NNW' - ..controls (4.36882,0.00476) and (4.3688,0.00479) - ..(4.36877,0.00482) % segment 1 -% entering octant `WNW' - ..controls (4.36491,0.00868) and (4.12251,0.01099) - ..(3.55333,0.01099) % segment 1 -% entering octant `WSW' - ..controls (2.87802,0.01099) and (1.74272,0.00775) - ..(0,0) % segment 1 -% entering octant `SSW' -% entering octant `SSE' -% entering octant `ESE' - & cycle - -Tracing edges at line 82: (weight 1) -(No new edges added.) - -{(picture)yscaled(0)} -{e3:=picture} -{autorounding:=2} -{addto} -Path at line 83, before choices: -(0.5,0){curl 1} - ..{curl 1}(3.5,1.5) - -Path at line 83, after choices: -(0.5,0)..controls (1.5,0.5) and (2.5,1) - ..(3.5,1.5) - -Path at line 83, before subdivision into octants: -(0.5,0)..controls (1.5,0.5) and (2.5,1) - ..(3.5,1.5)..controls (2.5,1) and (1.5,0.5) - ..cycle - -Cycle spec at line 83, after subdivision and double autorounding: -(0.5,0) % beginning in octant `ENE' - ..controls (1.5,0.5) and (2.5,1) - ..(3.5,1.5) % segment 0 -% entering octant `NNE' -% entering octant `NNW' -% entering octant `WNW' -% entering octant `WSW' - ..controls (2.5,1) and (1.5,0.5) - ..(0.5,0) % segment 1 -% entering octant `SSW' -% entering octant `SSE' -% entering octant `ESE' - & cycle - -Tracing edges at line 83: (weight 2) -(2,0)(2,1)(4,1)(4,2)(4,1)(2,1)(2,0). - -{tracingspecs:=0} -Path at line 84, before choices: -(1,1) - ..cycle - -Path at line 84, after choices: -(1,1)..controls (1,1) and (1,1) - ..cycle - -{makepen(path)} -{(future pen)yscaled(1.5)} -Pen polygon at line 84 (newly created): -(1,1.5) - .. cycle - -{q:=pen} -{((-1,yy))rotated((8,1,5,-5,-5,5))} ->> (8,1,5,-5,-5,5) -! Improper transformation argument. -<to be read again> - { -l.85 p~8=(($,yy)rotated p{ - 0,1}..{0,$}(1,0){0,$}..cycle)scaled... -The expression shown above has the wrong type, -so I can't transform anything using it. -Proceed, and I'll omit the transformation. - ->> yy -! Undefined y coordinate has been replaced by 0. -<to be read again> - { -l.85 p~8=(($,yy)rotated p{ - 0,1}..{0,$}(1,0){0,$}..cycle)scaled... -I need a `known' y value for this part of the path. -The value I found (see above) was no good; -so I'll try to keep going by using zero instead. -(Chapter 27 of The METAFONTbook explains that -you might want to type `I ???' now.) - -Path at line 85, before choices: -(-1,0){0,4096} - ..{0,-4096}(1,0){0,-4096} - ..{0,4096}cycle - -Path at line 85, after choices: -(-1,0)..controls (-1,1.33333) and (1,1.33333) - ..(1,0)..controls (1,-1.33333) and (-1,-1.33333) - ..cycle - -{(path)scaled(2)} -{(path)shifted((1000.49,9))} -{(unknown path p~8)=(path)} -{turningcheck:=1} -{addto} ->> (8,1,5,-5,-5,5) -! Improper type. -<to be read again> - withpen -l.86 ...n q withweight p withpen - cycle p; -Next time say `withweight <known numeric expression>'; -I'll ignore the bad `with' clause and look for another. - -{cycle((8,1,5,-5,-5,5))} ->> false -! Improper type. -<to be read again> - ; -l.86 ...eight p withpen cycle p; - -Next time say `withpen <known pen expression>'; -I'll ignore the bad `with' clause and look for another. - -Tracing edges at line 86: (weight 1) -@ Octant NNE (0 offsets), from (999,10.5) to (999.15451,11.65451) -@ transition line 1, from (999.15451,11.65451) to (999.15451,11.65451) -(999,11) -@ Octant ENE (0 offsets), from (999.15451,11.65451) to (1001,12) -@ transition line 0, from (999.15451,11.65451) to (999.15451,11.65451) -@ Octant ESE (0 offsets), from (1001,12) to (1002.8455,11.6545) -@ transition line 1, from (1002.8455,11.6545) to (1002.8455,11.6545) -@ Octant SSE (0 offsets), from (1002.8455,11.6545) to (1003,10.5) -@ transition line 0, from (1002.8455,11.6545) to (1002.8455,11.6545) -(999,12)(1003,12) -@ Octant SSW (0 offsets), from (1003,10.5) to (1002.84549,9.34549) -@ transition line 1, from (1002.84549,9.34549) to (1002.84549,9.34549) -@ Octant WSW (0 offsets), from (1002.84549,9.34549) to (1001,9) -@ transition line 0, from (1002.84549,9.34549) to (1002.84549,9.34549) -@ Octant WNW (0 offsets), from (1001,9) to (999.1545,9.3455) -@ transition line 1, from (999.1545,9.3455) to (999.1545,9.3455) -@ Octant NNW (0 offsets), from (999.1545,9.3455) to (999,10.5) -@ transition line 0, from (999.1545,9.3455) to (999.1545,9.3455) -(1003,9)(999,9)(999,11). - -Tracing edges at line 86: (weight 1) -@ Octant SSE (0 offsets), from (999,10.5) to (999.15451,9.34549) -@ transition line 0, from (999,10.5) to (999,10.5) -(999,11) -@ Octant ESE (0 offsets), from (999.15451,9.34549) to (1001,9) -@ transition line 1, from (1001,9) to (1001,9) -@ Octant ENE (0 offsets), from (1001,9) to (1002.8455,9.3455) -@ transition line 0, from (1001,9) to (1001,9) -@ Octant NNE (0 offsets), from (1002.8455,9.3455) to (1003,10.5) -@ transition line 1, from (1003,10.5) to (1003,10.5) -(999,9)(1003,9) -@ Octant NNW (0 offsets), from (1003,10.5) to (1002.84549,11.65451) -@ transition line 0, from (1003,10.5) to (1003,10.5) -@ Octant WNW (0 offsets), from (1002.84549,11.65451) to (1001,12) -@ transition line 1, from (1001,12) to (1001,12) -@ Octant WSW (0 offsets), from (1001,12) to (999.1545,11.6545) -@ transition line 0, from (1001,12) to (1001,12) -@ Octant SSW (0 offsets), from (999.1545,11.6545) to (999,10.5) -@ transition line 1, from (999,10.5) to (999,10.5) -(1003,12)(999,12)(999,11). - -{begingroup} -{interim} -{(xx)=(0.1)} -## xx=0.1 -{autorounding:=0.1} -{addto} -Tracing edges at line 87: (weight -2) -@ Octant NNE (0 offsets), from (999,10.5) to (999.38197,11.42706) -@ transition line 1, from (999.38197,11.42706) to (999.38197,11.42706) -@ Octant ENE (0 offsets), from (999.38197,11.42706) to (1001,12) -@ transition line 0, from (999.38197,11.42706) to (999.38197,11.42706) -(999,11) -@ Octant ESE (0 offsets), from (1001,12) to (1002.61804,11.42705) -@ transition line 1, from (1002.61804,11.42705) to (1002.61804,11.42705) -(999,12)(1003,12) -@ Octant SSE (0 offsets), from (1002.61804,11.42705) to (1003,10.5) -@ transition line 0, from (1002.61804,11.42705) to (1002.61804,11.42705) -@ Octant SSW (0 offsets), from (1003,10.5) to (1002.61803,9.57294) -@ transition line 1, from (1002.61803,9.57294) to (1002.61803,9.57294) -@ Octant WSW (0 offsets), from (1002.61803,9.57294) to (1001,9) -@ transition line 0, from (1002.61803,9.57294) to (1002.61803,9.57294) -@ Octant WNW (0 offsets), from (1001,9) to (999.38196,9.57295) -@ transition line 1, from (999.38196,9.57295) to (999.38196,9.57295) -(1003,9)(999,9) -@ Octant NNW (0 offsets), from (999.38196,9.57295) to (999,10.5) -@ transition line 0, from (999.38196,9.57295) to (999.38196,9.57295) -(999,11). - -{restoring autorounding=2} -{endgroup} -{-(14.5)} -{charext:=-14.5} -{chardp:=-14.5} -{chardx:=-14.5} -{shipout} -{-(picture)} -{(picture)-(picture)} -{-(picture)} -{turningnumber(path)} -{(6)*(-1)} -{(picture)shifted((0,-6))} -{(picture)+(picture)} -[5.-14] -Edge structure at line 88 (just shipped out): -row 11: | 998- 998+ 998++ 1002-- 1002- 1002+ -row 10: | 998- 998+ 998++ 1002-- 1002- 1002+ -row 9: | 998- 998+ 998++ 1002-- 1002- 1002+ -row 5: | 998- 998+ 998++ 1002-- 1002- 1002+ -row 4: | 998- 998+ 998++ 1002-- 1002- 1002+ -row 3: | 998- 998+ 998++ 1002-- 1002- 1002+ -row 2: | 3+ 3+ 3+ 3+ 4- 4- 4- 4- -row 1: | -1+ -1+ 0- 0- 1+ 2- 3+ 3+ 3+ 3+ 4- 4- 4- 4- -row 0: | -3+ -3+ -3+ -2- -2- -2- -1+ -1+ 0- 0- 0+ 0+ 1- 1- 2+ 2+ - 3- 3- 4+ 4+ 5- 5- -row -1: | -3+ -3+ -2- -2- -2+ -2+ -1- -1- 0+ 0+ 0+ 1- 1- 1- -row -2: | -4+ -3- -2+ -2+ -1- -1- -row -4: | 3+ 3+ 4- 4- -row -5: | 3+ 3+ 4- 4- -row -6: | 2+ 3- 4+ 5- - -Path at line 89, before choices: -(0,0){curl 1} - ..(1,0.5) - ..(5,1.5) - ..(7,2.5) - ..(12,3.5) - ..{curl 1}(13,4) - -Path at line 89, after choices: -(0,0)..controls (0.3153,0.20053) and (0.6504,0.36807) - ..(1,0.5)..controls (2.29114,0.98723) and (3.72412,0.97192) - ..(5,1.5)..controls (5.68967,1.78545) and (6.30771,2.22081) - ..(7,2.5)..controls (8.58867,3.1407) and (10.3946,2.90645) - ..(12,3.5)..controls (12.3506,3.62962) and (12.68594,3.7973) - ..(13,4) - -{(unknown path p~9)=(path)} -{addto} -Tracing edges at line 89: (weight 1) -(1,0)(1,1)(5,1)(5,2)(7,2)(7,3)(12,3)(12,4)(12,3)(7,3)(7,2)(5,2) -(5,1)(1,1)(1,0). - -{smoothing:=1} -{addto} -Tracing edges at line 90: (weight 1) -(1,0)(1,1)(4,1)(4,2)(8,2)(8,3)(12,3)(12,4)(12,3)(8,3)(8,2)(4,2) -(4,1)(1,1)(1,0). - -{addto} -{-(4095)} -Path at line 91, before choices: -(-4095,0){curl 1}..tension 0.75 and 999 - ..{curl 1}(0,2) - -Path at line 91, after choices: -(-4095,0)..controls (-2275,0.88889) and (-1.36636,1.99933) - ..(0,2) - -Tracing edges at line 91: (weight 1) -(-3071,0)(-3071,1)(-1024,1)(-1024,2)(-1024,1)(-3071,1)(-3071,0). - -{show} -{-(90)} -{(picture)rotated(-90)} ->> Edge structure at line 91: - -{(picture)+(picture)} -{(90)*(-1)} -{(picture)rotated(-90)} -{(picture)rotated(90)} ->> Edge structure at line 91: -row 2: | 4+++ 4+ 5--- 5- -row 1: | 0+++ 0+ 1--- 1- 2++ 3-- 4+++ 4+ 5--- 5- -row 0: | -2+++ -2+++ -1--- -1--- 0+++ 0+ 2--- 2- 3++ 4-- 5++ 6-- -row -1: | -2+++ -2+ 0--- 0- 1+++ 1+++ 2--- 2--- -row -2: | -3++ -2-- -1+++ -1+ 0--- 0- - -{if} -{if} -{elseif} -! Missing `:' has been inserted. -<inserted text> - : -<to be read again> - elseif -l.92 if "a" if "ab">"b" elseif - path reverse (3,4): >="aa":foo... - -{("ab")>("b")} -{false} -{reverse((3,4))} -{path(path)} -{true} -{("a")>=("aa")} -{false} -{if} -{((xpart ',ypart '))-((1,yy))} -{((xpart '-1,linearform))<((xpart ',ypart '))} -{true} -{fi} -{else} -! Extra else. -l.93 ... if '-(1,yy)<': :fi else - def dup text t=[[t;save endd... -I'm ignoring this; it doesn't match any if. - -{def} -{def} -{def} - -||<tertiary>->show.substring(EXPR0)of("a" -(EXPR0)<-(2,-1) -{show} -{("a")&("bc")} -{((2,-1))substring("abc")} ->> "ba" -{tertiarydef} -{def} -{show} -{((23.3,4.5))subpath(path)} -Path at line 100, before choices: -(0,0){curl 2} - ..(13,4)..controls (12.84297,3.89865) and (12.68063,3.80606) - ..(12.51372,3.72261){curl 3} - ..{curl 4}(-1,-1){curl 4} - ..{curl 2}cycle - -Path at line 100, after choices: -(0,0)..controls (-40.15552,-36.7088) and (58.71173,33.50317) - ..(13,4)..controls (12.84297,3.89865) and (12.68063,3.80606) - ..(12.51372,3.72261)..controls (8.00914,2.1484) and (3.50458,0.5742) - ..(-1,-1)..controls (-0.66667,-0.66667) and (-0.33333,-0.33333) - ..cycle - ->> Path at line 100: -(0,0)..controls (-40.15552,-36.7088) and (58.71173,33.50317) - ..(13,4)..controls (12.84297,3.89865) and (12.68063,3.80606) - ..(12.51372,3.72261)..controls (8.00914,2.1484) and (3.50458,0.5742) - ..(-1,-1)..controls (-0.66667,-0.66667) and (-0.33333,-0.33333) - ..cycle - -{numspecial} -{(2)+(3)} - -++->[[dup.showtoken(EXPR0);]];def.x.expr.z.of(EXPR1)=z.enddef;texts(x=(( -EXPR1)+0)(EXPR1)+(EXPR1))("xx",foo((EXPR0)))=0]] -(EXPR0)<-path -(EXPR1)<-5 -{begingroup} - -dup<text>->[[(TEXT0);save -(TEXT0)<-showtoken(path) -{begingroup} -{showtoken} -> (path) -{save} -{restoring ;} -{endgroup} -{def} -! Missing symbolic token inserted. -<inserted text> - INACCESSIBLE -++->...]];def.x.expr.z.of(EXPR1) - =z.enddef;texts(x=((EXPR1)+0)... -<to be read again> - ; -l.100 ...cle;numspecial p~++2+3; - [[ -Sorry: You can't redefine a number, string, or expr. -I've inserted an inaccessible symbol so that your -definition will be completed without mixing me up too badly. - - -texts(TEXT0)(TEXT1)<expr>->for.n:=,for.n"yy":n,length.if.false:endfor(TE -XT1),(TEXT0),:if.string.n:forsuffixes.n=foo1,[foo(n)],':show(TEXT0),(TEX -T1)|(n;exitif.not('<='+((EXPR2),yy))endfor.for.m= :+endfor.for.m=alpha.s -tep-1.1 3$:+m.endfor.fi.endfor -(TEXT0)<-x=((5)+0)(5)+(5) -(TEXT1)<-"xx",foo((path)) -(EXPR2)<-0 -{for} -{for} -! Missing `=' has been inserted. -<to be read again> - "yy" -texts->for.n:=,for.n"yy" - :n,length.if.false:endfor(TEXT1),(TEX... -<to be read again> - ]] -<to be read again> - ; -l.100 ...cle;numspecial p~++2+3; - [[ -The next thing in this loop should have been `=' or `:='. -But don't worry; I'll pretend that an equals sign -was present, and I'll look for the values next. - -{loop value="yy"} -{if} -{false} -{false} -! Incomplete if; all text was ignored after line 100. -<inserted text> - fi -<to be read again> - ENDFOR -<for("yy")> ....if.false: ENDFOR - -texts->...length.if.false:endfor - (TEXT1),(TEXT0),:if.string.n:... -<to be read again> - ]] -<to be read again> - ; -l.100 ...cle;numspecial p~++2+3; - [[ -A forbidden `outer' token occurred in skipped text. -This kind of error happens when you say `if...' and forget -the matching `fi'. I've inserted a `fi'; this might work. - -{[repeat the loop]} -{length("xx")} - -foo(TEXT2)->begingroup(TEXT2)endgroup -(SUFFIX0)<- -(SUFFIX1)<-foo -(TEXT2)<-(path) -{begingroup} -{endgroup} - -x<expr>of<primary>->(EXPR0) -{(5)+(0)} -(EXPR0)<-5 -! Missing `of' has been inserted for x. -<to be read again> - (5) -<argument> x=((5)+0)(5) - +(5) -texts->...:endfor(TEXT1),(TEXT0) - ,:if.string.n:forsuffixes.n=f... -<to be read again> - ]] -<to be read again> - ; -l.100 ...cle;numspecial p~++2+3; - [[ -I've got the first argument; will look now for the other. - -(EXPR1)<-5 -{(5)+(5)} -{loop value="yy"} -{if} -{string("yy")} -{true} -{forsuffixes} -! Missing symbolic token inserted. -<inserted text> - INACCESSIBLE -<for("yy")> ...orsuffixes(EXPR0) - =foo1,[foo((EXPR0))],':show.x... -texts->...3$:+m.endfor.fi.endfor - -<to be read again> - ]] -<to be read again> - ; -l.100 ...cle;numspecial p~++2+3; - [[ -Sorry: You can't redefine a number, string, or expr. -I've inserted an inaccessible symbol so that your -definition will be completed without mixing me up too badly. - - -foo(TEXT2)->begingroup(TEXT2)endgroup -(SUFFIX0)<- -(SUFFIX1)<-foo -(TEXT2)<-("yy") -{begingroup} -{endgroup} ->> "yy" -! Improper subscript has been replaced by zero. -<for("yy")> ...o1,[foo((EXPR0))] - ,':show.x=((5)+0)(5)+(5),"xx"... -texts->...3$:+m.endfor.fi.endfor - -<to be read again> - ]] -<to be read again> - ; -l.100 ...cle;numspecial p~++2+3; - [[ -A bracketed subscript must have a known numeric value; -unfortunately, what I found was the value that appears just -above this error message. So I'll try a zero subscript. - -{loop value=foo1} -{show} - -x<expr>of<primary>->(EXPR0) -{(5)+(0)} -(EXPR0)<-5 -! Missing `of' has been inserted for x. -<to be read again> - (5) -<for(foo1)> show.x=((5)+0)(5) - +(5),"xx",foo((path))|(("yy");ex... -<for("yy")> ...'+((0),yy))endfor - .for.m= :+endfor.for.m=alpha.... -texts->...3$:+m.endfor.fi.endfor - -<to be read again> - ]] -<to be read again> - ; -l.100 ...cle;numspecial p~++2+3; - [[ -I've got the first argument; will look now for the other. - -(EXPR1)<-5 -{(5)+(5)} ->> 10 ->> "xx" -foo(TEXT2)->begingroup(TEXT2)endgroup -(SUFFIX0)<- -(SUFFIX1)<-foo -(TEXT2)<-(path) -{begingroup} -{endgroup} - -|<suffix>->,(SUFFIX0) -! Missing `)' has been inserted. -<to be read again> - ("yy") -<for(foo1)> ...o((path))|(("yy") - ;exitif.not('<='+((0),yy)) EN... -<for("yy")> ...'+((0),yy))endfor - .for.m= :+endfor.for.m=alpha.... -texts->...3$:+m.endfor.fi.endfor - -<to be read again> - ]] -<to be read again> - ; -l.100 ...cle;numspecial p~++2+3; - [[ -I've gotten to the end of the macro parameter list. -You might want to delete some tokens before continuing. - -(SUFFIX0)<- ->> Path at line 100: -(0,0)..controls (15,4) and (-15,-12) - ..(4,0) - ->> "yy" -{exitif} -{((xpart ',ypart '))+((0,yy))} -{((xpart ',ypart '))<=((xpart ',linearform))} ->> -yy -! Unknown relation will be considered false. -<to be read again> - ) -<for(foo1)> ...ot('<='+((0),yy)) - ENDFOR -<for("yy")> ...'+((0),yy))endfor - .for.m= :+endfor.for.m=alpha.... -texts->...3$:+m.endfor.fi.endfor - -<to be read again> - ]] -<to be read again> - ; -l.100 ...cle;numspecial p~++2+3; - [[ -Oh dear. I can't decide if the expression above is positive, -negative, or zero. So this comparison test won't be `true'. - -{[repeat the loop]} -{loop value=0} -{not(false)} -{true} -{for} -{for} ->> 0.5p3~ -! Improper initial value has been replaced by 0. -<to be read again> - step -<for("yy")> ....for.m=alpha.step - -1.1 3$:+m.endfor.fi ENDFOR -texts->...3$:+m.endfor.fi.endfor - -<to be read again> - ]] -<to be read again> - ; -l.100 ...cle;numspecial p~++2+3; - [[ -When you say `for x=a step b until c', -the initial value `a' and the step size `b' -and the final value `c' must have known numeric values. -I'm zeroing this one. Proceed, with fingers crossed. - -{-(1.1)} -! Missing `until' has been inserted. -<to be read again> - 3 -<for("yy")> ...=alpha.step-1.1 3 - $:+m.endfor.fi ENDFOR -texts->...3$:+m.endfor.fi.endfor - -<to be read again> - ]] -<to be read again> - ; -l.100 ...cle;numspecial p~++2+3; - [[ -I assume you meant to say `until' after `step'. -So I'll look for the final value and colon next. - -{(3)*(-1)} -{loop value=0} -{[repeat the loop]} -{loop value=-1.1} -{+(0)} -{[repeat the loop]} -{loop value=-2.20001} -{(0)+(-1.1)} -{[repeat the loop]} -{fi} -{[repeat the loop]} -{loop value=2} -{if} -{string(2)} -{false} -{[repeat the loop]} -{loop value=path} -{if} -{string(path)} -{false} -{[repeat the loop]} -{loop value=10} -{if} -{string(10)} -{false} -{[repeat the loop]} -{(-1.1)+(-2.20001)} -{endgroup} -{begingroup} -{let} -{save} -{def} -{def} - -texts->input -{input} -(trap.mf -if->endinput? -{endinput} -{if} -{known(0)} -{not(true)} -{false} -) -! Incomplete if; all text was ignored after line 2. -<inserted text> - fi -l.101 ...input enddef;texts trap - ]]; -The file ended while I was skipping conditional text. -This kind of error happens when you say `if...' and forget -the matching `fi'. I've inserted a `fi'; this might work. - -{restoring \} -{restoring if} -{endgroup} - -dup<text>->[[(TEXT0);save -Runaway text? -[[def.texts.secondary.x=primarydef.y++y=x@y.enddef;showtoken ETC. -! Forbidden token found while scanning a text argument. -<inserted text> - endgroup -<to be read again> - \ -l.102 ...showtoken++;x enddef]]\ - ; -It seems that a right delimiter was left out, -causing me to read past where you wanted me to stop. -I'll try to recover; but if the error is serious, -you'd better type `E' or `X' now and fix your file. - -(TEXT0)<-[[def.texts.secondary.x=primarydef.y++y=x@y.enddef;showtoken++; -x.enddef]] -{begingroup} -{begingroup} -{def} -{endgroup} -{save} -! Missing symbolic token inserted. -<inserted text> - INACCESSIBLE -<to be read again> - \ -l.102 ...showtoken++;x enddef]]\ - ; -Sorry: You can't redefine my error-recovery tokens. -I've inserted an inaccessible symbol so that your -definition will be completed without mixing me up too badly. - -{\} -{proofing:=1} - -texts<secondary>->primarydef.y++y=(EXPR0)@y.enddef;showtoken++;(EXPR0) -(EXPR0)<-"a" -{primarydef} -{showtoken} -> ++=primarydef'd macro: -("a")@(EXPR1) -{("a")&("b")} -ab -texts<secondary>->primarydef.y++y=(EXPR0)@y.enddef;showtoken++;(EXPR0) -{(1.00002)*(a1)} -{-(1.00002a1)} -(EXPR0)<--1.00002a1 -{primarydef} -{showtoken} -> ++=primarydef'd macro: -(-1.00002a1)@(EXPR1) -{(a2)+(a3)} -{(linearform)+(a4)} -{(linearform)+(a5)} -{(linearform)+(a6)} -{-(linearform)} -{(-1.00002a1)=(linearform)} -## a1=0.99998a6+0.99998a5+0.99998a4+0.99998a3+0.99998a2 -{-((a3,a2))} -{((-a3,-a2))/(0.99998)} -{(a4)+(a5)} -{begingroup} -{showdependencies} -a1=0.99998a6+0.99998a5+0.99998a4+0.99998a3+0.99998a2 -alpha=0.5p3~ -{endgroup} -{(linearform)+(a6)} -{(a3)+(a4)} -{(linearform)+(a5)} -{(linearform)+(a6)} -{-((linearform,linearform))} -{((-1.00002a3,-1.00002a2))=((linearform,linearform))} -## a2=0.99998a6+0.99998a5+0.99998a4+0.99998a3 -## a3=0.99998a6+0.99998a5+0.99998a4 -{restoring INACCESSIBLE} -{endgroup} -{(1.00002)*(0.25a4*4)} -{(0.25a4*4)+(1)} -{(0.25a5*4)+(0.25a6*4)} -{(0.25a4*4+1)=(linearform)} -## a4*4=0.99998a6*4+0.99998a5*4-3.99994 -{(0.9)*(0.5p3~)} -{(0.45p3~)+(7)} -{alpha:=0.45p3~+7} -## alpha=0.45p3~+7 -{showdependencies} -alpha=0.45p3~+7 -a4=0.25a6*4+0.25a5*4-0.99998 -a3=0.49998a6*4+0.49998a5*4-0.99997 -a2=0.99997a6*4+0.99997a5*4-1.99992 -a1=1.99992a6*4+1.99992a5*4-3.99982 -{(0.66667)-(0.25a6*4)} -{(0.25a6*4)=(-0.25a6*4+0.66667)} -## a6*4=1.33334 -{(0.25a5*4)=(0.33333)} -## a5*4=1.33331 -#### a4=-0.33333 -#### a3=0.33333 -#### a2=0.66664 -#### a1=1.33328 -{cull} -{(4)*(0.33333)} -{chardp:=27} -{charcode:=27} -{openwindow} -! Improper `openwindow'. -<to be read again> - ; -l.107 ...) to (0,0) at "whoops"; - addto p; shipout p; cull p; -Say `openwindow k from (r0,c0) to (r1,c1) at (x,y)', -where all quantities are known and k is between 0 and 15. - -{addto} ->> (8,1,5,-5,-5,5) -! Not a suitable variable. -<to be read again> - ; -l.107 ...) at "whoops"; addto p; - shipout p; cull p; -At this point I needed to see the name of a picture variable. -(Or perhaps you have indeed presented me with one; I might -have missed it, if it wasn't followed by the proper token.) -So I'll not change anything just now. - -{shipout} -! Variable p is the wrong type (transform). -<to be read again> - ; -l.107 ...s"; addto p; shipout p; - cull p; -I was looking for a "known" picture variable. -So I'll not change anything just now. - -{cull} ->> (8,1,5,-5,-5,5) -! Not a suitable variable. -<to be read again> - ; -l.107 ...o p; shipout p; cull p; - -At this point I needed to see the name of a picture variable. -(Or perhaps you have indeed presented me with one; I might -have missed it, if it wasn't followed by the proper token.) -So I'll not change anything just now. - -{openwindow} -{-(0.5)} - -Calling BLANKRECTANGLE(0,0,0,0) -Calling UPDATESCREEN -{special} ->> (8,1,5,-5,-5,5) -! Unsuitable expression. -<to be read again> - ; -l.108 ...$) at (0,0); special p; - numspecial "p"; -The expression shown above has the wrong type to be output. - -{numspecial} ->> "p" -! Unsuitable expression. -<to be read again> - ; -l.108 ...cial p; numspecial "p"; - -The expression shown above has the wrong type to be output. - -{openwindow} -{(32)*(1024)} -! Arithmetic overflow. -l.109 ....49999 from (0,32*1024) - to (1,31*1057) at (0,0); shi... -Uh, oh. A little while ago one of the quantities that I was -computing got too large, so I'm afraid your answers will be -somewhat askew. You'll probably have to adopt different -tactics next time. But I shall try to carry on anyway. - -{(31)*(1057)} - -Calling BLANKRECTANGLE(100,100,0,1) -Calling UPDATESCREEN -{shipout} -[27.-14] -Edge structure at line 109 (just shipped out): -row 0: | -3++ -2-- -1++ 4094-- -row -1: | -4096++ -3-- -2++ -1-- - -{openwindow} -Path at line 110, before choices: -(0,0) - -Path at line 110, after choices: -(0,0) - -{length(path)} - -Calling BLANKRECTANGLE(0,2,0,4) -Calling UPDATESCREEN -{openwindow} -{length((-1,0))} -{-(5)} - -Calling BLANKRECTANGLE(1,10,1,3) -Calling UPDATESCREEN -{display} -{nullpicture} ->> picture -! Not a suitable variable. -<to be read again> - ; -l.112 display nullpicture; - display p inwindow 3; display p in... -At this point I needed to see the name of a picture variable. -(Or perhaps you have indeed presented me with one; I might -have missed it, if it wasn't followed by the proper token.) -So I'll not change anything just now. - -{display} ->> 3 -! Bad window number. -<to be read again> - ; -l.112 ...; display p inwindow 3; - display p inwindow 6; -It should be the number of an open window. - -{display} -! Variable p is the wrong type (transform). -<to be read again> - ; -l.112 ...; display p inwindow 6; - -I was looking for a "known" picture variable. -So I'll not change anything just now. - -{display} - -Calling BLANKRECTANGLE(1,10,1,3) -Calling PAINTROW(2,1;4,5,6,10) -Calling UPDATESCREEN -{cull} -! Enormous number has been reduced. -l.113 ...opping (0.1,4095.999999 - ) withweight 3.5 -I can't handle numbers bigger than about 4095.99998; -so I've changed your constant to that maximum amount. - -! Weight must be -3, -2, -1, +1, +2, or +3. -<to be read again> - withweight -l.114 withweight - -3.5; display e0 inwindow 5.5; addto e0 also ... -I'll ignore the bad `with' clause and look for another. - -{-(3.5)} -! Bad culling amounts. -<to be read again> - ; -l.114 withweight-3.5; - display e0 inwindow 5.5; addto e0 also ... -Always cull by known amounts that exclude 0. - -{display} - -Calling BLANKRECTANGLE(1,10,1,3) -Calling PAINTROW(2,1;4,5,6,8,9,10) -Calling PAINTROW(1,1;6,7,8,9) -Calling UPDATESCREEN -{addto} ->> (8,1,5,-5,-5,5) -! Improper `addto'. -<to be read again> - ; -l.114 ...w 5.5; addto e0 also p; - addto e0 contour 0; -This expression should have specified a known picture. -So I'll not change anything just now. - -{addto} ->> 0 -! Improper `addto'. -<to be read again> - ; -l.114 ... p; addto e0 contour 0; - -This expression should have been a known path. -So I'll not change anything just now. - -{display} - -Calling BLANKRECTANGLE(0,2,0,4) -Calling PAINTROW(2,1;0,1) -Calling PAINTROW(1,1;0,1) -Calling PAINTROW(0,1;1,2) -Calling UPDATESCREEN -{addto} -! Not a cycle. -<to be read again> - ; -l.115 ...; addto e0 contour p~9; - -That contour should have ended with `..cycle' or `&cycle'. -So I'll not change anything just now. - -{display} -{(3)+(3)} - -Calling BLANKRECTANGLE(1,10,1,3) -Calling PAINTROW(2,1;4,5,6,10) -Calling UPDATESCREEN -{display} -{begingroup} -{vardef} -{endgroup} -! Variable e0e0 has been obliterated. -<to be read again> - ; -l.116 ...vardef e[]e=enddef;6]]; - -It seems you did a nasty thing---probably by accident, -but nevertheless you nearly hornswoggled me... -While I was evaluating the right-hand side of this -command, something happened, and the left-hand side -is no longer a variable! So I won't change anything. - -{addto} -{display} -Calling PAINTROW(1,1;0,1,2) -Calling PAINTROW(0,0;0,1,2) -Calling UPDATESCREEN -{ligtable} -{display} -{display} -Calling UPDATESCREEN -{show} -{begingroup} -{interim} -{tracingcommands:=0} - -lig(TEXT0)(TEXT1)->ligtable0::for*=1step1until60:0kern.boundarychar+*,en -dfor.skipto0;ligtable(TEXT0):(TEXT0)(TEXT1)0,skipto255;boundarychar:=bou -ndarychar+51.29999 -(TEXT0)<-"g" -(TEXT1)<-=:| - -lig(TEXT0)(TEXT1)->ligtable0::for*=1step1until60:0kern.boundarychar+*,en -dfor.skipto0;ligtable(TEXT0):(TEXT0)(TEXT1)0,skipto255;boundarychar:=bou -ndarychar+51.29999 -(TEXT0)<-"h":"i" -(TEXT1)<-|=: -! Character h is already in a ligtable. -<to be read again> - : -<argument> "h": - "i" -lig->...;ligtable(TEXT0):(TEXT0) - (TEXT1)0,skipto255;boundarych... -l.119 ...=:|); lig("h":"i")(|=:) - ; -It's not legal to label a character more than once. -So I'll not change anything just now. - - -lig(TEXT0)(TEXT1)->ligtable0::for*=1step1until60:0kern.boundarychar+*,en -dfor.skipto0;ligtable(TEXT0):(TEXT0)(TEXT1)0,skipto255;boundarychar:=bou -ndarychar+51.29999 -(TEXT0)<-"j" -(TEXT1)<-|=:> - -lig(TEXT0)(TEXT1)->ligtable0::for*=1step1until60:0kern.boundarychar+*,en -dfor.skipto0;ligtable(TEXT0):(TEXT0)(TEXT1)0,skipto255;boundarychar:=bou -ndarychar+51.29999 -(TEXT0)<-"k" -(TEXT1)<-=:|> - -lig(TEXT0)(TEXT1)->ligtable0::for*=1step1until60:0kern.boundarychar+*,en -dfor.skipto0;ligtable(TEXT0):(TEXT0)(TEXT1)0,skipto255;boundarychar:=bou -ndarychar+51.29999 -(TEXT0)<-"l" -(TEXT1)<-|=:|> -{restoring tracingcommands=2.1} -{endgroup} ->> vacuous -{begingroup} -{let} -{vardef} -{endgroup} -! Variable c.a1 has been obliterated. -<to be read again> - ; -l.121 ...;vardef b=enddef;1]] ]; - ligtable"m":0=:0,skipto5; -It seems you did a nasty thing---probably by accident, -but nevertheless you nearly hornswoggled me... -While I was evaluating the suffix of this variable, -something was redefined, and it's no longer a variable! -In order to get back on my feet, I've inserted `0' instead. - -{b1:=0} -! Variable b1 has been obliterated. -<to be read again> - ; -l.121 ...;vardef b=enddef;1]] ]; - ligtable"m":0=:0,skipto5; -It seems you did a nasty thing---probably by accident, -but nevertheless you nearly hornswoggled me... -While I was evaluating the right-hand side of this -command, something happened, and the left-hand side -is no longer a variable! So I won't change anything. - -{ligtable} -! A statement can't begin with `skipto'. -<to be read again> - !! -l.122 !! - ; errhelp 0; errmessage "Be like Jane"; -I was looking for the beginning of a new statement. -If you just proceed without changing anything, I'll ignore -everything up to the next `;'. Please insert a semicolon -now in front of anything that you don't want me to delete. -(See Chapter 27 of The METAFONTbook for an example.) - -! Extra tokens will be flushed. -<to be read again> - !! -l.122 !! - ; errhelp 0; errmessage "Be like Jane"; -I've just read as much of that statement as I could fathom, -so a semicolon should have been next. It's very puzzling... -but I'll try to get myself back together, by ignoring -everything up to the next `;'. Please insert a semicolon -now in front of anything that you don't want me to delete. -(See Chapter 27 of The METAFONTbook for an example.) - -{errhelp} ->> 0 -! Not a string. -<to be read again> - ; -l.122 !!; errhelp 0; - errmessage "Be like Jane"; -A message should be a known string expression. - -{errmessage} -! Be like Jane. -<to be read again> - ; -l.122 ...message "Be like Jane"; - -This error message was generated by an `errmessage' -command, so I can't give any explicit help. -Pretend that you're Miss Marple: Examine all clues, -and deduce the truth by inspired guesses. - -{errhelp} -{errmessage} -! . -<to be read again> - ; -l.123 ...e%%%lp%"; errmessage""; - errhelp ""; errmessage "Anot... -He% -lp - - -{errhelp} -{errmessage} -! Another. -<to be read again> - ; -l.123 ...; errmessage "Another"; - -(That was another `errmessage'.) - -{headerbyte} ->> 0 -! Improper location. -<to be read again> - ; -l.124 headerbyte 0; - headerbyte(48.5)substring(-9,9)of"long"; ... -I was looking for a known, positive number. -For safety's sake I'll ignore the present command. - -{headerbyte} -! Missing `:' has been inserted. -<to be read again> - substring -l.124 ...aderbyte(48.5)substring - (-9,9)of"long"; for\=0:\ -A colon should follow a headerbyte or fontdimen location. - -{-(9)} -{((-9,9))substring("long")} ->> "long" -! Invalid code has been replaced by 0. -<to be read again> - ; -l.124 ...ubstring(-9,9)of"long"; - for\=0:\ -I was looking for a number between 0 and 255, or for a -string of length 1. Didn't find it; will use 0 instead. - -{for} -Runaway loop? -! Forbidden token found while scanning the text of a for loop. -<inserted text> - endfor -<to be read again> - \ -l.124 ...-9,9)of"long"; for\=0:\ - -I suspect you have forgotten an `endfor', -causing me to read past where you wanted me to stop. -I'll try to recover; but if the error is serious, -you'd better type `E' or `X' now and fix your file. - -{loop value=0} -{[repeat the loop]} -{\} -{headerbyte} -{(2)*(0.33333)} -{fontdimen} -{(2)*(0.33333)} ->> "q" -! Improper font parameter. -<to be read again> - ; -l.125 ..."; fontdimen 9:2a6,"q"; - fontdimen 1:2048; -I'm zeroing this one. Proceed, with fingers crossed. - -{fontdimen} -{fontmaking:=1} -{extensible} -! Missing `:' has been inserted. -<to be read again> - 5 -l.126 ...king:=1; extensible 5 5 - ,"c"255.5,"d"; charlist 0:5:"... -I'm processing `extensible c: t,m,b,r'. - -! Missing `,' has been inserted. -<to be read again> - 255.5 -l.126 ...extensible 5 5,"c"255.5 - ,"d"; charlist 0:5:"a":"d"; -I'm processing `extensible c: t,m,b,r'. - ->> 255.5 -! Invalid code has been replaced by 0. -<to be read again> - , -l.126 ...xtensible 5 5,"c"255.5, - "d"; charlist 0:5:"a":"d"; -I was looking for a number between 0 and 255, or for a -string of length 1. Didn't find it; will use 0 instead. - -{charlist} -! Character code 5 is already extensible. -<to be read again> - : -l.126 ...,"d"; charlist 0:5:"a": - "d"; -It's not legal to label a character more than once. -So I'll not change anything just now. - -{ligtable} -! Too far to skip. -l.127 ligtable255:255:: - "a"=:"b","d" kern -2048,"c":0:99.5:"e"... -At most 127 lig/kern steps can separate skipto1 from 1::. - -{-(2048)} -! Character code 0 is already in a charlist. -<to be read again> - : -l.127 ...","d" kern -2048,"c":0: - 99.5:"e"|=:|"f",0kern'; -It's not legal to label a character more than once. -So I'll not change anything just now. - ->> (xpart ',ypart ') -! Improper kern. -<to be read again> - ; -l.127 ...99.5:"e"|=:|"f",0kern'; - -The amount of kern should be a known numeric value. -I'm zeroing this one. Proceed, with fingers crossed. - -{ligtable} -! Character code 5 is already extensible. -<to be read again> - : -l.128 ligtable 5: - 0; def clear(text x)=interim x:=$ enddef; cl... -It's not legal to label a character more than once. -So I'll not change anything just now. - -! Illegal ligtable step. -<to be read again> - ; -l.128 ligtable 5:0; - def clear(text x)=interim x:=$ enddef; cl... -I was looking for `=:' or `kern' here. - -{def} - -clear(TEXT0)->interim(TEXT0):=$ -(TEXT0)<-hppp -{interim} -{hppp:=-1} -{(0)=(0)} -! Redundant equation. -<to be read again> - ; -l.128 ...f; clear(hppp); vppp=0; - -I already knew that this equation was true. -But perhaps no harm has been done; let's continue. - -{begingroup} - -clear(TEXT0)->interim(TEXT0):=$ -(TEXT0)<-tracingmacros -{interim} -{tracingmacros:=-1} -{interim} -{tracingcommands:=-1} -Runaway text? -tracingoutput -! Forbidden token found while scanning a text argument. -<inserted text> - ) -<to be read again> - \ -l.129 ...); clear(tracingoutput\ - ; -It seems that a right delimiter was left out, -causing me to read past where you wanted me to stop. -I'll try to recover; but if the error is serious, -you'd better type `E' or `X' now and fix your file. - -{restoring proofing=1} -{restoring tracingoutput=1} -{restoring tracingcommands=2.1} -{restoring tracingmacros=1} -{endgroup} -{def} -{def} -{addto} -Path at line 139, before choices: -(0,0){4096,0} - ..{4096,0}(1,0){0,-4096} - ..{0,4096}cycle - -Path at line 139, after choices: -(0,0)..controls (0.33333,0) and (0.66667,0) - ..(1,0)..controls (1,-0.66667) and (0,-0.66667) - ..cycle - -> 0 ENE 1 (ESE SSE) SSW WSW WNW NNW 0 (NNE) -! Backwards path (turning number is negative). -<to be read again> - ; -l.139 ....{0,1}cycle withpen qq; - -The path doesn't have a counterclockwise orientation, -so I'll probably have trouble drawing it. -(See Chapter 27 of The METAFONTbook for more help.) - -Tracing edges at line 139: (weight 1) -@ Octant ENE (2 offsets), from (2.5,-0.5) to (1.5,-2) -@ retrograde line from (2.5,-0.5) to (0.5,-2) -(3,0)(3,-1)(1,-1) -@ transition line 0, from (0.5,-2) to (0.5,-2) -@ transition line 1, from (1.5,-2) to (2.5,-1.5) -@ transition line 2, from (2.5,-1.5) to (3.5,-0.5) -(1,-2)(3,-2)(3,-1)(4,-1) -@ retrograde line from (3.5,-0.5) to (1.5,-2) -(4,0)(4,-1)(2,-1) -@ Octant ESE (2 offsets), from (1.5,-2) to (-1,0) -@ retrograde line from (1.5,-2) to (-1,0) -(2,-2)(1,-2)(1,-1)(0,-1) -@ transition line 3, from (-1,0) to (0.5,-1.5) -@ transition line 2, from (0.5,-1.5) to (1.5,-2) -@ transition line 1, from (1.5,-2) to (1.5,-2) -(0,0)(0,-1)(1,-1) -@ retrograde line from (1.5,-2) to (-1,0) -(1,-2)(1,-1)(0,-1) -@ Octant SSE (0 offsets), from (-1,0) to (-1,0) -@ transition line 0, from (-1,0) to (-1,0) -@ Octant SSW (2 offsets), from (-1,0) to (-0.82407,0.67593) -@ retrograde line from (-1,0) to (-0.5,1.5) -(0,0)(-1,0)(-1,1)(0,1) -@ transition line 3, from (-0.5,1.5) to (-0.5,1.5) -@ transition line 2, from (-0.5,1.5) to (-1,0) -@ transition line 1, from (-1.06265,-0.39499) to (-0.56265,1.10501) -@ transition line 2, from (-0.82407,0.67593) to (-1.32407,-0.82407) -@ transition line 1, from (-1.32407,-0.82407) to (-1.32407,-0.82407) -(0,2)(0,1)(-1,1) -@ retrograde line from (-1.32407,-0.82407) to (-0.82407,0.67593) -(-1,-1) -@ Octant WSW (2 offsets), from (-0.82407,0.67593) to (1,2) -@ retrograde line from (-0.82407,0.67593) to (1.17593,2.17593) -(-1,1)(0,1) -@ transition line 0, from (1.17593,2.17593) to (1.17593,2.17593) -@ transition line 1, from (1.17593,2.17593) to (0.17593,1.67593) -@ transition line 2, from (0,1.5) to (-1,0.5) -(0,2) -@ retrograde line from (-1,0.5) to (1,2) -(0,1) -@ Octant WNW (2 offsets), from (1,2) to (3.32407,0.17593) -@ retrograde line from (1,2) to (3.5,0) -(0,2)(2,2)(2,1)(3,1) -@ transition line 3, from (3.5,0) to (2,1.5) -@ transition line 2, from (1.82407,1.67593) to (0.82407,2.17593) -@ transition line 1, from (0.82407,2.17593) to (0.82407,2.17593) -(3,0)(3,1)(2,1) -@ retrograde line from (0.82407,2.17593) to (3.32407,0.17593) -(2,2)(2,1)(3,1) -@ Octant NNW (0 offsets), from (3.32407,0.17593) to (3,1) -@ transition line 0, from (3.32407,0.17593) to (3.32407,0.17593) -(3,0) -@ Octant NNE (2 offsets), from (3,1) to (2.5,-0.5) -@ retrograde line from (3,1) to (2.5,-0.5) -(3,1) -@ transition line 3, from (2.5,-0.5) to (2.5,-0.5) -@ transition line 2, from (2.5,-0.5) to (3,1) -@ transition line 1, from (3,1) to (3,1) -(3,0) -@ retrograde line from (3,1) to (2.5,-0.5) -(3,1)(3,0). - - -f(SUFFIX0)(EXPR1)(EXPR2)(TEXT3)->numeric.w;show(EXPR1);addto(SUFFIX0)con -tour(0,0)..(2,0)..(1,$)..(1,1)..cycle.withpen.qq;addto(SUFFIX0)doublepat -h(0,0){1,1}..{2,1}(2,1)withpen.qq;addto(SUFFIX0)doublepath(($,$){1,0}..( -1,1){1,0})scaled0.5withpen.nullpen;cull(SUFFIX0)keeping(4,4)withweight1. -5; -! Missing `]' has been inserted. -<to be read again> - , -l.140 f(e[3, - w); g(e3,transformed p,penoffset-(1,1.3)of(pencir... -I've seen a `[' and a subscript value, in a suffix, -so a right bracket should have come next. -I shall pretend that one was there. - -(SUFFIX0)<-e3 -(EXPR1)<-unknown path w -! Missing argument to f. -<to be read again> - ; -l.140 f(e[3,w); - g(e3,transformed p,penoffset-(1,1.3)of(pencir... -That macro has more parameters than you thought. -I'll continue by pretending that each missing argument -is either zero or null. - -(EXPR2)<-0 -! Missing argument to f. -<to be read again> - ; -l.140 f(e[3,w); - g(e3,transformed p,penoffset-(1,1.3)of(pencir... -That macro has more parameters than you thought. -I'll continue by pretending that each missing argument -is either zero or null. - -(TEXT3)<- -{numeric} -{show} ->> unknown path %CAPSULE1615 -{addto} -Path at line 140, before choices: -(0,0) - ..(2,0) - ..(1,-1) - ..(1,1) - ..cycle - -Path at line 140, after choices: -(0,0)..controls (0.56189,-0.5286) and (1.43811,0.5286) - ..(2,0)..controls (2.70831,-0.66634) and (1.66634,-1.70831) - ..(1,-1)..controls (0.4714,-0.43811) and (1.5286,0.43811) - ..(1,1)..controls (0.33366,1.70831) and (-0.70831,0.66634) - ..cycle - -> 0 ESE ENE ESE 1 SSE SSW WSW WNW NNW 2 NNE NNW 3 WNW WSW SSW SSE ESE 0 -! Strange path (turning number is zero). -<to be read again> - ; -f->.....(1,1)..cycle.withpen.qq; - addto(SUFFIX0)doublepath(0,0)... -<to be read again> - ; -l.140 f(e[3,w); - g(e3,transformed p,penoffset-(1,1.3)of(pencir... -The path doesn't have a counterclockwise orientation, -so I'll probably have trouble drawing it. -(See Chapter 27 of The METAFONTbook for more help.) - -Tracing edges at line 140: (weight 1) -@ Octant ENE (2 offsets), from (0.26321,-2.6526) to (1.73679,-2.34741) -@ transition line 0, from (0.26321,-2.6526) to (0.26321,-2.6526) -@ transition line 1, from (1.73679,-2.34741) to (2.73679,-1.84741) -@ transition line 2, from (2.73679,-1.84741) to (3.73679,-0.84741) -(1,-3)(1,-2)(3,-2) -@ retrograde line from (3.73679,-0.84741) to (1.73679,-2.34741) -(3,-1) -@ Octant ESE (2 offsets), from (1.73679,-2.34741) to (-0.25465,-0.56029) -@ retrograde line from (1.73679,-2.34741) to (-0.76321,-0.34741) -(3,-2)(1,-2)(1,-1)(-1,-1) -@ transition line 3, from (-0.76321,-0.34741) to (0.73679,-1.84741) -@ transition line 2, from (0.73679,-1.84741) to (1.73679,-2.34741) -@ transition line 1, from (2.05333,-2.41772) to (1.05333,-1.91772) -@ transition line 2, from (1.24535,-2.06029) to (2.24535,-2.56029) -@ transition line 1, from (2.24535,-2.56029) to (2.24535,-2.56029) -(-1,0)(-1,-1)(0,-1)(0,-2)(2,-2) -@ retrograde line from (2.24535,-2.56029) to (-0.25465,-0.56029) -(2,-3)(2,-2)(1,-2) -@ Octant SSE (0 offsets), from (-0.25465,-0.56029) to (0,-1.13196) -@ transition line 0, from (-0.25465,-0.56029) to (-0.25465,-0.56029) -@ Octant SSW (2 offsets), from (0,-1.13196) to (0.25,-0.25) -@ retrograde line from (0,-1.13196) to (0.5,0.36804) -(1,-1)(0,-1) -@ transition line 3, from (0.5,0.36804) to (0.5,0.36804) -@ transition line 2, from (0.5,0.36804) to (0,-1.13196) -@ transition line 1, from (-0.04594,-1.41693) to (0.45406,0.08307) -@ transition line 2, from (0.25,-0.25) to (-0.25,-1.75) -@ transition line 1, from (-0.25,-1.75) to (-0.25,-1.75) -(0,0) -@ retrograde line from (-0.25,-1.75) to (0.25,-0.25) -(0,-2) -@ Octant WSW (2 offsets), from (0.25,-0.25) to (1.63197,1) -@ retrograde line from (0.25,-0.25) to (2.25,1.25) -(0,0)(1,0) -@ transition line 0, from (2.25,1.25) to (2.25,1.25) -@ transition line 1, from (2.25,1.25) to (1.25,0.75) -@ transition line 2, from (1.03186,0.59352) to (2.03186,1.09352) -@ transition line 1, from (1.63197,1) to (0.63197,0.5) -@ transition line 2, from (0.63197,0.5) to (-0.36803,-0.5) -(1,1) -@ retrograde line from (-0.36803,-0.5) to (1.63197,1) -(1,0) -@ Octant WNW (2 offsets), from (1.63197,1) to (3.56024,-0.74529) -@ retrograde line from (1.63197,1) to (4.13197,-1) -(1,1)(2,1)(2,0)(4,0) -@ transition line 3, from (4.13197,-1) to (2.63197,0.5) -@ transition line 2, from (2.63197,0.5) to (1.63197,1) -@ transition line 1, from (1.29863,1.07983) to (2.29863,0.57983) -@ transition line 2, from (2.06024,0.75471) to (1.06024,1.25471) -@ transition line 1, from (1.06024,1.25471) to (1.06024,1.25471) -(4,-1)(4,0)(3,0) -@ retrograde line from (1.06024,1.25471) to (3.56024,-0.74529) -(3,1)(2,1)(2,0)(3,0) -@ Octant NNW (0 offsets), from (3.56024,-0.74529) to (3.3474,-0.23679) -@ transition line 0, from (3.56024,-0.74529) to (3.56024,-0.74529) -(3,-1) -@ Octant NNE (2 offsets), from (3.3474,-0.23679) to (3.65259,1.23679) -@ retrograde line from (3.3474,-0.23679) to (2.8474,-1.73679) -(3,0) -@ transition line 3, from (2.8474,-1.73679) to (2.8474,-1.73679) -@ transition line 2, from (2.8474,-1.73679) to (3.3474,-0.23679) -@ transition line 1, from (3.65259,1.23679) to (3.65259,1.23679) -(3,-2) -@ Octant NNW (0 offsets), from (3.65259,1.23679) to (3.43976,1.74529) -@ transition line 0, from (3.65259,1.23679) to (3.65259,1.23679) -(3,1)(4,1) -@ Octant WNW (2 offsets), from (3.43976,1.74529) to (0.36803,4) -@ transition line 3, from (3.43976,1.74529) to (1.93976,3.24529) -@ transition line 2, from (1.70137,3.42017) to (0.70137,3.92017) -@ transition line 1, from (0.36803,4) to (0.36803,4) -(4,2)(3,2)(3,3)(2,3) -@ Octant WSW (2 offsets), from (0.36803,4) to (-2.25,2.25) -@ transition line 0, from (0.36803,4) to (0.36803,4) -@ transition line 1, from (-0.03186,3.90648) to (-1.03186,3.40648) -@ transition line 2, from (-1.25,3.25) to (-2.25,2.25) -(2,4)(-1,4)(-1,3)(-2,3) -@ Octant SSW (2 offsets), from (-2.25,2.25) to (-3,0.13196) -@ transition line 3, from (-2.25,2.25) to (-2.25,2.25) -@ transition line 2, from (-2.45406,1.91695) to (-2.95406,0.41695) -@ transition line 1, from (-3,0.13196) to (-3,0.13196) -(-2,2)(-3,2) -@ Octant SSE (0 offsets), from (-3,0.13196) to (-2.74533,-0.43973) -@ transition line 0, from (-3,0.13196) to (-3,0.13196) -@ Octant ESE (2 offsets), from (-2.74533,-0.43973) to (0.26321,-2.6526) -@ transition line 3, from (-2.74533,-0.43973) to (-1.24533,-1.93973) -@ transition line 2, from (-1.05331,-2.08229) to (-0.05331,-2.58229) -@ transition line 1, from (0.26321,-2.6526) to (0.26321,-2.6526) -(-3,-1)(-2,-1)(-2,-2)(0,-2)(0,-3). - -{addto} -Path at line 140, before choices: -(0,0){2896.30943,2896.30934} - ..{3663.57385,1831.78674}(2,1) - -Path at line 140, after choices: -(0,0)..controls (0.53566,0.53566) and (1.32689,0.66344) - ..(2,1) - -Tracing edges at line 140: (weight 1) -@ Octant ENE (2 offsets), from (0,-2.5) to (4,0) -@ transition line 0, from (0,-2.5) to (0,-2.5) -@ transition line 1, from (0,-2.5) to (1,-2) -@ transition line 2, from (1.607,-1.57747) to (0.607,-2.07747) -@ transition line 1, from (2,-1.5) to (3,-1) -@ transition line 2, from (3,-1) to (4,0) -(2,-2)(2,-1)(4,-1) -@ Octant NNE (2 offsets), from (4,0) to (4.5,1.5) -@ transition line 3, from (4,0) to (4,0) -@ transition line 2, from (4,0) to (4.5,1.5) -@ transition line 1, from (4.5,1.5) to (4.5,1.5) -(4,1)(5,1) -@ Octant NNW (0 offsets), from (4.5,1.5) to (4.5,1.5) -@ transition line 0, from (4.5,1.5) to (4.5,1.5) -@ Octant WNW (2 offsets), from (4.5,1.5) to (2,3.5) -@ transition line 3, from (4.5,1.5) to (3,3) -@ transition line 2, from (3,3) to (2,3.5) -@ transition line 1, from (2,3.5) to (2,3.5) -(5,2)(4,2)(4,3)(2,3) -@ Octant WSW (2 offsets), from (2,3.5) to (-2,1) -@ transition line 0, from (2,3.5) to (2,3.5) -@ transition line 1, from (0.607,2.92253) to (-0.393,2.42253) -@ transition line 2, from (-1,2) to (-2,1) -(2,4)(2,3)(0,3)(0,2)(-1,2) -@ Octant SSW (2 offsets), from (-2,1) to (-2.5,-0.5) -@ transition line 3, from (-2,1) to (-2,1) -@ transition line 2, from (-2,1) to (-2.5,-0.5) -@ transition line 1, from (-2.5,-0.5) to (-2.5,-0.5) -(-1,1)(-2,1) -@ Octant SSE (0 offsets), from (-2.5,-0.5) to (-2.5,-0.5) -@ transition line 0, from (-2.5,-0.5) to (-2.5,-0.5) -@ Octant ESE (2 offsets), from (-2.5,-0.5) to (0,-2.5) -@ transition line 3, from (-2.5,-0.5) to (-1,-2) -@ transition line 2, from (-1,-2) to (0,-2.5) -@ transition line 1, from (0,-2.5) to (0,-2.5) -(-2,-1)(-1,-1)(-1,-2). - -{addto} -Path at line 140, before choices: -(-1,-1){4096,0} - ..{4096,0}(1,1) - -Path at line 140, after choices: -(-1,-1)..controls (0.10457,-1) and (-0.10457,1) - ..(1,1) - -{(path)scaled(0.5)} -{nullpen} -Tracing edges at line 140: (weight 1) -(0,0)(0,1)(0,0). - -{cull} - -g(SUFFIX0)->show(SUFFIX0) -(SUFFIX0)<-e3 -! Too many arguments to g; - Missing `)' has been inserted. -l.140 f(e[3,w); g(e3, - transformed p,penoffset-(1,1.3)of(pencir... -I'm going to assume that the comma I just read was a -right delimiter, and then I'll begin expanding the macro. -You might want to delete some tokens before continuing. - -{show} -{(picture)transformed((8,1,5,-5,-5,5))} ->> Edge structure at line 140: - -{-((1,1.3))} -{pencircle} -{(future pen)scaled(20)} -{-(0.5)} -{(future pen)yscaled(-0.5)} -Pen polygon at line 140 (newly created): -(1.5,-5) - .. (4.5,-4.5) - .. (6,-4) - .. (8,-3) - .. (9.5,-1.5) - .. (10,-0.5) - .. (10,0.5) - .. (9.5,1.5) - .. (8,3) - .. (6,4) - .. (4.5,4.5) - .. (1.5,5) - .. (-1.5,5) - .. (-4.5,4.5) - .. (-6,4) - .. (-8,3) - .. (-9.5,1.5) - .. (-10,0.5) - .. (-10,-0.5) - .. (-9.5,-1.5) - .. (-8,-3) - .. (-6,-4) - .. (-4.5,-4.5) - .. (-1.5,-5) - .. cycle - -{((-1,-1.3))penoffset(pen)} ->> (-9.5,1.5) -Path at line 141, before choices: -(0,0)..controls (1,1) and (-1,1) - ..(3,0) - -Path at line 141, after choices: -(0,0)..controls (1,1) and (-1,1) - ..(3,0) - -{((0,1))directiontime(path)} ->> 0.33333 -{(3.14159)point(path)} -{((3.14159,4))subpath(path)} -{((7.68668,2.72437))intersectiontimes(path)} ->> (0,0) -Path at line 143, before choices: -(-1,1.1){curl 1} - ..{curl 1}(1,-1) - -Path at line 143, after choices: -(-1,1.1)..controls (-0.33333,0.40001) and (0.33333,-0.3) - ..(1,-1) - -{(-1)precontrol((0,0))} -{(path)intersectiontimes((0,0))} ->> (-1,-1) -{addto} -{-(4094.99998)} -{-(0.00002)} -Path at line 144, before choices: -(-4094.99998,0){curl 1} - ..{curl 1}(4094.99998,-0.00002) - -Path at line 144, after choices: -(-4094.99998,0)..controls (-1365,0) and (1365,-0.00002) - ..(4094.99998,-0.00002) - -{pencircle} -{(0)penoffset(future pen)} -Pen polygon at line 145 (newly created): -(0.5,0) - .. (0,0.5) - .. (-0.5,0) - .. (0,-0.5) - .. cycle - ->> 0 ->> pen -! Not implemented: penoffset(known numeric)of(pen). -<to be read again> - ; -l.145 pencircle; - addto e3 also e3 shifted (0,257); ,"flushed ... -I'm afraid I don't know how to apply that operation to that -combination of types. Continue, and I'll return the second -argument (see above) as the result of the operation. - -Tracing edges at line 145: (weight 1) -@ Octant ESE (1 offset), from (-4095.49998,0) to (4094.99998,-0.50002) -@ transition line 2, from (-4095.49998,0) to (-4094.99998,-0.5) -@ transition line 1, from (4094.99998,-0.50002) to (4094.99998,-0.50002) -(-4095,0) -@ Octant ENE (1 offset), from (4094.99998,-0.50002) to (4095.49998,-0.00 -002) -@ transition line 0, from (4094.99998,-0.50002) to (4094.99998,-0.50002) -@ transition line 1, from (4094.99998,-0.50002) to (4095.49998,-0.00002) -(-4095,-1)(4095,-1) -@ Octant NNE (0 offsets), from (4095.49998,-0.00002) to (4095.49998,-0.0 -0002) -@ transition line 1, from (4095.49998,-0.00002) to (4095.49998,-0.00002) -@ Octant NNW (0 offsets), from (4095.49998,-0.00002) to (4095.49998,-0.0 -0002) -@ transition line 0, from (4095.49998,-0.00002) to (4095.49998,-0.00002) -@ Octant WNW (1 offset), from (4095.49998,-0.00002) to (-4094.99998,0.5) -@ transition line 2, from (4095.49998,-0.00002) to (4094.99998,0.49998) -@ transition line 1, from (-4094.99998,0.5) to (-4094.99998,0.5) -(4095,0)(-4095,0) -@ Octant WSW (1 offset), from (-4094.99998,0.5) to (-4095.49998,0) -@ transition line 0, from (-4094.99998,0.5) to (-4094.99998,0.5) -@ transition line 1, from (-4094.99998,0.5) to (-4095.49998,0) -(-4095,1) -@ Octant SSW (0 offsets), from (-4095.49998,0) to (-4095.49998,0) -@ transition line 1, from (-4095.49998,0) to (-4095.49998,0) -@ Octant SSE (0 offsets), from (-4095.49998,0) to (-4095.49998,0) -@ transition line 0, from (-4095.49998,0) to (-4095.49998,0) -(-4095,0). - -{addto} -{(picture)shifted((0,257))} -! A statement can't begin with `,'. -<to be read again> - , -l.145 ...o e3 shifted (0,257); , - "flushed with pride"; numeric... -I was looking for the beginning of a new statement. -If you just proceed without changing anything, I'll ignore -everything up to the next `;'. Please insert a semicolon -now in front of anything that you don't want me to delete. -(See Chapter 27 of The METAFONTbook for an example.) - -! Extra tokens will be flushed. -<to be read again> - , -l.145 ...o e3 shifted (0,257); , - "flushed with pride"; numeric... -I've just read as much of that statement as I could fathom, -so a semicolon should have been next. It's very puzzling... -but I'll try to get myself back together, by ignoring -everything up to the next `;'. Please insert a semicolon -now in front of anything that you don't want me to delete. -(See Chapter 27 of The METAFONTbook for an example.) - -{numeric} -{def} - -f(EXPR0)(EXPR1)(EXPR2)->showdependencies;tracingcapsules:=1;showdependen -cies;show1/3(3,6)*(((EXPR0)+(EXPR1))+((EXPR1)-(EXPR0))),(1,1)/sqrt2zscal -ed((EXPR0)+1,(EXPR0)+2)-((EXPR0)+1,(EXPR0)+2)rotated45,(0,1)zscaled(1,(E -XPR1)+2)-(1,(EXPR1)+2)rotated90 -{(xx)+(1)} -{(xx+1)/(0.3)} -(EXPR0)<-3.3333xx+3.3333 -{(yy)-(1)} -{(yy-1)/(0.5)} -(EXPR1)<-2yy-2 -(EXPR2)<-(xx,0) -{showdependencies} -alpha=0.45p3~+7 -{tracingcapsules:=1} -{showdependencies} -xpart %CAPSULE1370=xx -%CAPSULE1378=2yy-2 -%CAPSULE1386 = 3.3333xx+3.3333 -alpha=0.45p3~+7 -{show} -{(1/3)*((3,6))} -{(3.3333xx+3.3333)+(2yy-2)} -{(2yy-2)-(3.3333xx+3.3333)} -{(linearform)+(linearform)} -{((1,2))*(4yy-4)} ->> (4yy-4,8yy-8) -{sqrt(2)} -{((1,1))/(1.41422)} -{(3.3333xx+3.3333)+(1)} -{(3.3333xx+3.3333)+(2)} -{((0.7071,0.7071))zscaled((3.3333xx+4.3333,3.3333xx+5.3333))} -{(3.3333xx+3.3333)+(1)} -{(3.3333xx+3.3333)+(2)} -{((3.3333xx+4.3333,3.3333xx+5.3333))rotated(45)} -{((-0.7071,4.71399xx+6.83531))-((-0.7071,4.71399xx+6.83531))} ->> (0,0) -{(2yy-2)+(2)} -{((0,1))zscaled((1,2yy))} -{(2yy-2)+(2)} -{((1,2yy))rotated(90)} -{((-2yy,1))-((-2yy,1))} ->> (0,0) -{(1000)*(o3)} -{(o1)-(o2)} -{(4000)*(linearform)} -{(1000o3)-(linearform)} -{(4000)*(o2)} -{(linearform)+(4000o2)} -{(linearform)+(9)} -{(0.01)*(o3)} -{-(0.01o3)} -{(3)*(ooo)} -{(-0.01o3)+(3ooo)} -{begingroup} -{(o2)+(o4)} -{(linearform)+(o5)} -{(linearform)-(20)} -{(9/10)*(linearform)} -{(oo)=(linearform)} -## oo=0.9o5+0.9o4+0.9o2-18 -{(0.5)*(o2)} -{(o1)+(0.5o2)} -{(8/9)*(linearform)} -{(o5)=(linearform)} -## o5=0.44444o2+0.88889o1 -{(o4)=(linearform)} -## o4=0.44444o2+0.88889o1 -{(0.0001)*(o2)} -{-(0.0001o2)} -{(o6)=(-0.0001o2)} -## o6=-0.0001o2 -{showdependencies} -o6=-0.0001o2 -o4=0.44444o2+0.88889o1 -o5=0.44444o2+0.88889o1 -oo=1.7o2+1.6o1-18 -%CAPSULE382 = 3ooo-0.01o3 -xpart %CAPSULE604 = 8000o2-4000o1+1000o3+9 -xpart %CAPSULE1394=xpart ' -ypart %CAPSULE1394=ypart ' -alpha=0.45p3~+7 -{numeric} -### 4000o1 = -xpart %CAPSULE604+8000o2+1000o3+9 -### -4.87383o2 = -oo-0.0004xpart %CAPSULE604+0.39673o3-17.99643 -#### o6=-0.00027 -### -0.04366o3 = -o4+0.46689oo+8.40439 -### -o4 = -o5 -### 0.22894o5 = -%CAPSULE382+0.10689oo+3ooo+1.92412 -{begingroup} -{pair} -### -alfa=-xpart %CAPSULE368 -{endgroup} -{xpart((xpart %CAPSULE368,0))} -### -xpart %CAPSULE17=-%CAPSULE1376 -{endgroup} -{(%CAPSULE382)+(%CAPSULE1376)} -### -%CAPSULE382=-%CAPSULE1364+%CAPSULE1376 -### -%CAPSULE1364=-ypart %CAPSULE604 -{begingroup} -{save} -{(1)-(p$)} -{restoring p} -### p$=-ypart %CAPSULE1360+1 -{endgroup} -{(2/3)*((-ypart %CAPSULE1360+1,ypart %CAPSULE1360))} -### ypart %CAPSULE1360=-xpart %CAPSULE1360+1 -### -0.66667xpart %CAPSULE1360=-xpart %CAPSULE1744 -{-((xpart %CAPSULE1744,-xpart %CAPSULE1744+0.66667))} -### xpart %CAPSULE1744=-xpart %CAPSULE1675 -{((xpart %CAPSULE604,ypart %CAPSULE604))=((xpart %CAPSULE1675,-xpart %CA -PSULE1675-0.66667))} -## xpart %CAPSULE1675=-ypart %CAPSULE604-0.66667 -## ypart %CAPSULE604=-xpart %CAPSULE604-0.66667 -### -xpart %CAPSULE604=-xpart %CAPSULE1675 -{((xpart ',ypart '))=((xpart %CAPSULE1675,-xpart %CAPSULE1675-0.66667))} -## xpart %CAPSULE1675=-ypart '-0.66667 -## xpart '=-ypart '-0.66667 -{begingroup} -{(0.5)*(ooo)} -{begingroup} -{numeric} -### -ooo=-%CAPSULE1051 -{endgroup} -{(%CAPSULE1051)+(1)} -### -%CAPSULE1051=-%CAPSULE1378+1 -{(1/2)*(%CAPSULE1378)} -### -0.5%CAPSULE1378=-%CAPSULE1370 -{-(%CAPSULE1370)} -### %CAPSULE1370=-%CAPSULE1362 -{(2)*(%CAPSULE1362)} -### -2%CAPSULE1362=-%CAPSULE1354 -{(-0.5%CAPSULE1354-0.5)=(%CAPSULE1354)} -## %CAPSULE1354=-0.33333 -{(oo)=(-0.33333)} -## oo=-0.33333 -{endgroup} -{(4000)*(-0.33333)} -{yoffset:=-1333.31299} -{xoffset:=-1333.31299} -{for} -{sqrt(-1)} -! Square root of -1 has been replaced by 0. -l.153 for @=angle(sqrt$, - mlog$):charext:=uniformdeviate$;charh... -Since I don't take square roots of negative numbers, -I'm zeroing this one. Proceed, with fingers crossed. - -{mlog(-1)} -! Logarithm of -1 has been replaced by 0. -l.153 for @=angle(sqrt$,mlog$) - :charext:=uniformdeviate$;charh... -Since I don't take logs of non-positive numbers, -I'm zeroing this one. Proceed, with fingers crossed. - -{angle((0,0))} -! angle(0,0) is taken as zero. -l.153 for @=angle(sqrt$,mlog$): - charext:=uniformdeviate$;charh... -The `angle' between two identical points is undefined. -I'm zeroing this one. Proceed, with fingers crossed. - -Runaway loop? -charext:=uniformdeviate$;charht:=2048;granularity:=-8; ETC. -! Forbidden token found while scanning the text of a for loop. -<inserted text> - endfor -<to be read again> - endtext -l.163 ... showstats; bye endtext - -I suspect you have forgotten an `endfor', -causing me to read past where you wanted me to stop. -I'll try to recover; but if the error is serious, -you'd better type `E' or `X' now and fix your file. - -{loop value=0} -{uniformdeviate(-1)} -{charext:=-0.00507} -{charht:=2048} -{-(8)} -{granularity:=-8} -{addto} -{-(100)} -{-(99)} -Path at line 163, before choices: -(0,-100)..tension 500 - ..(100,-99)..tension 3000 - ..cycle - -Path at line 163, after choices: -(0,-100)..controls (-36.92659,-103.51175) and (136.98943,-101.7726) - ..(100,-99)..controls (99.9889,-98.99916) and (0.01108,-99.99895) - ..cycle - -Tracing edges at line 163: (weight 1) -(-3,-101)(-3,-102)(71,-102)(71,-101)(99,-101)(99,-100)(103,-100) -(103,-99)(48,-99)(48,-100)(-7,-100)(-7,-101). - -{tracingoutput:=0} -{shipout} -! Enormous charht has been reduced. -<to be read again> - ; -<for(0)> ...=(EXPR0);shipout.e3; - special"bye";interim.char99="... -<inserted text> endfor - -<to be read again> - endtext -l.163 ... showstats; bye endtext - -Font metric dimensions must be less than 2048pt. - -[109] -{special} -{interim} -! The token `char' isn't an internal quantity. -<to be read again> - char -<for(0)> ...al"bye";interim.char - 99="c";true=false;[[clear(tra... -<inserted text> endfor - -<to be read again> - endtext -l.163 ... showstats; bye endtext - -Something like `tracingonline' should follow `interim'. - -{char(99)} -{("c")=("c")} -! Redundant equation. -<to be read again> - ; -<for(0)> ...;interim.char99="c"; - true=false;[[clear(tracingcom... -<inserted text> endfor - -<to be read again> - endtext -l.163 ... showstats; bye endtext - -I already knew that this equation was true. -But perhaps no harm has been done; let's continue. - -{true} -{false} -{(true)=(false)} -! Inconsistent equation. -<to be read again> - ; -<for(0)> ...ar99="c";true=false; - [[clear(tracingcommands);char... -<inserted text> endfor - -<to be read again> - endtext -l.163 ... showstats; bye endtext - -The equation I just read contradicts what was said before. -But don't worry; continue and I'll just ignore it. - -{begingroup} - -clear(TEXT0)->interim(TEXT0):=$ -(TEXT0)<-tracingcommands -{interim} -{tracingcommands:=-1} -! Enormous charht has been reduced. -<to be read again> - ; -<for(0)> ...shipout+nullpicture; - "careful"for.for=(EXPR0)step2... -<inserted text> endfor - -<to be read again> - endtext -l.163 ... showstats; bye endtext - -Font metric dimensions must be less than 2048pt. - -[0] -careful METAFONT METAFONT METAFONT METAFONT METAFONT METAFONT METAFONT M -ETAFONT METAFONT METAFONT METAFONT METAFONT METAFONT METAFONT METAFONT M -ETAFONT METAFONT METAFONT METAFONT METAFONT METAFONT METAFONT METAFONT M -ETAFONT METAFONT METAFONT METAFONT -{restoring tracingcommands=2.1} -{endgroup} -{scrollmode} - -{char(31)} -{("hello again")&("^^_")} -hello again^^_ -{save} -### -0.45p3~=-alpha+7 -{-(0.043)} -{fillin:=-0.043} -{def} -{begingroup} -{tracingspecs:=1} -{show} -{nullpen} - ->> Pen polygon at line 163: -(0,0) - .. cycle - -{makepath(pen)} - ->> Path at line 163: -(1,-2)..controls (1,-2) and (2,-1) - ..(2,-1)..controls (2,-1) and (2.5,0.5) - ..(2.5,0.5)..controls (2.5,0.5) and (1,2) - ..(1,2)..controls (1,2) and (0,2.5) - ..(0,2.5)..controls (0,2.5) and (-1,2) - ..(-1,2)..controls (-1,2) and (-2,1) - ..(-2,1)..controls (-2,1) and (-2.5,-0.5) - ..(-2.5,-0.5)..controls (-2.5,-0.5) and (-1,-2) - ..(-1,-2)..controls (-1,-2) and (0,-2.5) - ..(0,-2.5)..controls (0,-2.5) and (1,-2) - ..cycle - -{(pen)rotated(1)} -Pen polygon at line 163 (newly created): -(0.97366,1.51723) - .. cycle - -{makepath(pen)} - ->> Path at line 163: -(0.97366,1.51723)..controls (0.97366,1.51723) and (0.97366,1.51723) - ..cycle - -{pencircle} -{makepath(future pen)} -Pen polygon at line 163 (newly created): -(0.5,-0.5) - .. (0.5,0.5) - .. (-0.5,0.5) - .. (-0.5,-0.5) - .. cycle - -{(path)rotated(-1)} - ->> Path at line 163: -(0.4912,-0.50865)..controls (0.4912,-0.50865) and (0.50865,0.4912) - ..(0.50865,0.4912)..controls (0.50865,0.4912) and (-0.4912,0.50865) - ..(-0.4912,0.50865)..controls (-0.4912,0.50865) and (-0.50865,-0.4912) - ..(-0.50865,-0.4912)..controls (-0.50865,-0.4912) and (0.4912,-0.50865) - ..cycle - -{addto} -Path at line 163, before choices: -(0,2){0,-4096} - ..{0,-4096}(0,1){0,-4096} - ..{4096,0}(3,0){4096,0} - ..{4096,0}(4,0){4096,0} - ..{0,-4096}cycle - -Path at line 163, after choices: -(0,2)..controls (0,1.66667) and (0,1.33333) - ..(0,1)..controls (0,-0.20886) and (1.63324,0) - ..(3,0)..controls (3.33333,0) and (3.66667,0) - ..(4,0)..controls (13.63031,0) and (0,10.64238) - ..cycle - -Path at line 163, before choices: -(0,0) - ..(5,2.9) - ..(4,3) - ..cycle - -Path at line 163, after choices: -(0,0)..controls (0.9363,-8.0181) and (11.81119,0.07109) - ..(5,2.9)..controls (4.68596,3.03043) and (4.33879,3.02028) - ..(4,3)..controls (1.86353,2.87216) and (-0.21431,1.83528) - ..cycle - -{makepen(path)} -Pen polygon at line 163 (newly created): -(5,2.9) - .. (4,3) - .. (0,0) - .. cycle - -Path at line 163, before subdivision into octants: -(0,2)..controls (0,1.66667) and (0,1.33333) - ..(0,1)..controls (0,-0.20886) and (1.63324,0) - ..(3,0)..controls (3.33333,0) and (3.66667,0) - ..(4,0)..controls (13.63031,0) and (0,10.64238) - ..cycle - -Cycle spec at line 163, after subdivision and double autorounding: -(1.5,0.00272) % beginning in octant `SSE' - ..controls (1.5,-0.49254) and (1.63411,-0.82727) - ..(1.8592,-1.05237) % segment 1 -% entering octant `ESE' - ..controls (2.23936,-1.43253) and (2.87909,-1.5) - ..(3.57066,-1.5) % segment 1 -% entering octant `ENE' - ..controls (3.95114,-1.5) and (4.3473,-1.47957) - ..(4.72458,-1.47957) % segment 1 - ..controls (5.08287,-1.47957) and (5.44116,-1.47957) - ..(5.79944,-1.47957) % segment 2 - ..controls (7.35368,-1.47957) and (8.34424,-1.12393) - ..(8.90538,-0.56279) % segment 3 -% entering octant `NNE' - ..controls (9.31982,-0.14835) and (9.5,0.37819) - ..(9.5,0.95631) % segment 3 -% entering octant `NNW' - ..controls (9.5,2.00116) and (8.61821,3.4318) - ..(7.41951,4.6305) % segment 3 -% entering octant `WNW' - ..controls (6.32909,5.72092) and (5.11603,6.5) - ..(4.2104,6.5) % segment 3 -% entering octant `WSW' - ..controls (3.64668,6.5) and (3.12122,6.31134) - ..(2.68588,5.876) % segment 3 -% entering octant `SSW' - ..controls (1.97163,5.16176) and (1.5,3.78351) - ..(1.5,1.485) % segment 3 - ..controls (1.5,0.99092) and (1.5,0.49681) - ..(1.5,0.00272) % segment 0 - & cycle - -Tracing edges at line 163: (weight 1) -@ Octant SSE (0 offsets), from (1.5,0.00272) to (1.8592,-1.05237) -@ transition line 0, from (1.5,0.00272) to (1.5,0.00272) -(2,0) -@ Octant ESE (0 offsets), from (1.8592,-1.05237) to (3.57066,-1.5) -@ transition line 1, from (3.57066,-1.5) to (3.57066,-1.5) -@ Octant ENE (2 offsets), from (3.57066,-1.5) to (13.90538,2.3372) -@ transition line 0, from (3.57066,-1.5) to (3.57066,-1.5) -@ transition line 1, from (8.41534,-0.93503) to (13.41534,1.96497) -@ transition line 2, from (13.90538,2.3372) to (13.90538,2.3372) -(2,-1)(9,-1)(9,0)(11,0)(11,1)(13,1) -@ Octant NNE (0 offsets), from (13.90538,2.3372) to (14.5,3.85631) -@ transition line 1, from (14.5,3.85631) to (14.5,3.85631) -(13,2)(14,2) -@ Octant NNW (0 offsets), from (14.5,3.85631) to (12.41951,7.53049) -@ transition line 0, from (14.5,3.85631) to (14.5,3.85631) -(14,6)(13,6)(13,7)(12,7) -@ Octant WNW (2 offsets), from (12.41951,7.53049) to (8.2104,9.5) -@ transition line 3, from (12.41951,7.53049) to (12.41951,7.53049) -@ transition line 2, from (9.38113,9.39124) to (8.38113,9.49124) -@ transition line 1, from (8.2104,9.5) to (8.2104,9.5) -(12,8)(11,8)(11,9)(8,9) -@ Octant WSW (2 offsets), from (8.2104,9.5) to (2.68588,5.876) -@ transition line 0, from (8.2104,9.5) to (8.2104,9.5) -@ transition line 1, from (6.92668,9.08539) to (2.92668,6.08539) -@ transition line 2, from (2.68588,5.876) to (2.68588,5.876) -(8,10)(8,9)(6,9)(6,8)(5,8)(5,7)(3,7) -@ Octant SSW (0 offsets), from (2.68588,5.876) to (1.5,0.00272) -@ transition line 1, from (1.5,0.00272) to (1.5,0.00272) -(3,6)(2,6)(2,0). - -Path at line 163, before subdivision into octants: -(0,2)..controls (0,10.64238) and (13.63031,0) - ..(4,0)..controls (3.66667,0) and (3.33333,0) - ..(3,0)..controls (1.63324,0) and (0,-0.20886) - ..(0,1)..controls (0,1.33333) and (0,1.66667) - ..cycle - -Cycle spec at line 163, after subdivision and double autorounding: -(2.68588,5.876) % beginning in octant `ENE' - ..controls (3.12122,6.31134) and (3.64668,6.5) - ..(4.2104,6.5) % segment 0 -% entering octant `ESE' - ..controls (5.11603,6.5) and (6.32909,5.72092) - ..(7.41953,4.63048) % segment 0 -% entering octant `SSE' - ..controls (8.61824,3.43176) and (9.5,2.00116) - ..(9.5,0.95631) % segment 0 -% entering octant `SSW' - ..controls (9.5,0.37819) and (9.31982,-0.14835) - ..(8.90538,-0.56279) % segment 0 -% entering octant `WSW' - ..controls (8.34425,-1.12392) and (7.35368,-1.47957) - ..(5.79944,-1.47957) % segment 0 - ..controls (5.44116,-1.47957) and (5.08287,-1.47957) - ..(4.72458,-1.47957) % segment 1 - ..controls (4.3473,-1.47957) and (3.95114,-1.5) - ..(3.57066,-1.5) % segment 2 -% entering octant `WNW' - ..controls (2.87909,-1.5) and (2.23936,-1.43253) - ..(1.85919,-1.05235) % segment 2 -% entering octant `NNW' - ..controls (1.6341,-0.82726) and (1.5,-0.49254) - ..(1.5,0.00272) % segment 2 -% entering octant `NNE' - ..controls (1.5,0.49681) and (1.5,0.99092) - ..(1.5,1.485) % segment 3 - ..controls (1.5,3.78351) and (1.97165,5.16177) - ..(2.68588,5.876) % segment 0 - & cycle - -Tracing edges at line 163: (weight 1) -@ Octant ENE (2 offsets), from (7.68588,8.776) to (4.2104,6.5) -@ retrograde line from (7.68588,8.776) to (2.68588,5.876) -(7,9)(7,8)(5,8)(5,7)(4,7) -@ transition line 0, from (2.68588,5.876) to (2.68588,5.876) -@ transition line 1, from (2.68588,5.876) to (7.68588,8.776) -@ transition line 2, from (8.13123,9.12088) to (3.13123,6.22089) -@ transition line 1, from (4.2104,6.5) to (9.2104,9.4) -@ transition line 2, from (9.2104,9.4) to (9.2104,9.4) -(4,6)(4,7)(6,7)(6,8)(8,8) -@ retrograde line from (9.2104,9.4) to (4.2104,6.5) -(8,9)(8,8)(6,8) -@ Octant ESE (0 offsets), from (4.2104,6.5) to (7.41953,4.63048) -@ transition line 1, from (7.41953,4.63048) to (7.41953,4.63048) -(6,7)(4,7)(4,6)(6,6) -@ Octant SSE (0 offsets), from (7.41953,4.63048) to (9.5,0.95631) -@ transition line 0, from (7.41953,4.63048) to (7.41953,4.63048) -(6,5)(8,5)(8,3)(9,3) -@ Octant SSW (0 offsets), from (9.5,0.95631) to (8.90538,-0.56279) -@ transition line 1, from (8.90538,-0.56279) to (8.90538,-0.56279) -@ Octant WSW (2 offsets), from (8.90538,-0.56279) to (7.57066,1.5) -@ retrograde line from (8.90538,-0.56279) to (12.90538,2.43721) -(9,-1)(9,0)(10,0)(10,1)(12,1) -@ transition line 0, from (12.90538,2.43721) to (12.90538,2.43721) -@ transition line 1, from (12.90538,2.43721) to (8.90538,-0.56279) -@ transition line 2, from (8.6665,-0.76936) to (12.6665,2.23064) -@ transition line 1, from (7.57066,1.5) to (3.57066,-1.5) -@ transition line 2, from (3.57066,-1.5) to (3.57066,-1.5) -(12,2)(8,2)(8,1)(6,1)(6,0)(5,0) -@ retrograde line from (3.57066,-1.5) to (7.57066,1.5) -(5,-1)(5,0)(6,0)(6,1)(8,1) -@ Octant WNW (2 offsets), from (7.57066,1.5) to (6.85919,1.84764) -@ retrograde line from (7.57066,1.5) to (8.57066,1.4) -(8,2) -@ transition line 3, from (8.57066,1.4) to (8.57066,1.4) -@ transition line 2, from (8.57066,1.4) to (7.57066,1.5) -@ transition line 1, from (6.95764,1.52585) to (7.95764,1.42584) -@ transition line 2, from (6.85919,1.84764) to (5.85919,1.94765) -@ transition line 1, from (5.85919,1.94765) to (5.85919,1.94765) -(8,1) -@ retrograde line from (5.85919,1.94765) to (6.85919,1.84764) -@ Octant NNW (0 offsets), from (6.85919,1.84764) to (6.5,2.90271) -@ transition line 0, from (6.85919,1.84764) to (6.85919,1.84764) -(8,2)(7,2) -@ Octant NNE (0 offsets), from (6.5,2.90271) to (7.68588,8.776) -@ transition line 1, from (7.68588,8.776) to (7.68588,8.776) -(7,9). - -{tracingonline:=1} - -f<expr>->let)=];let[=(;show._ -(EXPR0)<-xx -{let} -{let} -{show} ->> _1 -{showdependencies} -xpart '=-ypart '-0.66667 -{qq:=pen} -{showstats} -Memory usage 1462&588 (104 still untouched) -String usage 41&161 (816&7678 still untouched) -{[repeat the loop]} -! A group begun on line 163 never ended. -<to be read again> - endtext -l.163 ... showstats; bye endtext - -I saw a `begingroup' back there that hasn't been matched -by `endgroup'. So I've inserted `endgroup' now. - -{endgroup} - ) -(end occurred when else on line 93 was incomplete) -(end occurred when if on line 36 was incomplete) -(end occurred when elseif on line 21 was incomplete) -Here is how much of METAFONT's memory you used: - 68 strings out of 884 - 3752 string characters out of 11430 - 2897 words of memory out of 3001 - 289 symbolic tokens out of 2100 - 8i,43n,14r,8p,167b stack positions out of 30i,100n,300r,150p,500b - -(illegal design size has been changed to 128pt) -(some chardp values had to be adjusted by as much as 0.5pt) -(local label 0:: was missing) -(local label 5:: was missing) -(4 font metric dimensions had to be decreased) -(You used 3w,2h,16d,2i,312l,301k,1e,10p metric file positions - out of 256w,16h,16d,64i,5000l,500k,256e,50p) - -Font metrics written on trap.tfm. -Output written on trap.72270gf (5 characters, 1028 bytes). |