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Rev 20 Rev 15531
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The first component of a pair should be drawn in red.
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The first component of a pair should be drawn in red.
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Each grid in xcircuit is equivant to 0.5 in WIMS data file.
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Each grid in xcircuit is equivant to 0.5 in WIMS data file.
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Texts with negative coordinates will be ignored, except if it
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Texts with negative coordinates will be ignored, except if it
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starts with the string "DESC: ". In which case the rest of
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starts with the string "DESC: ". In which case the rest of
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the string will be come the description.
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the string will be come the description.
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Fixed wires must be put on width 3. Component-dependent dynamic wires
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Fixed wires must be put on width 3. Component-dependent dynamic wires
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should have width < 3, with no turns and no ending dots, and should
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should have width < 3, with no turns and no ending dots, and should
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go (overlay) into the component.
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go (overlay) into the component.
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		}
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		}
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		pairlist=""; if(ppcnt>0) {
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		pairlist=""; if(ppcnt>0) {
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			pp="";
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			pp="";
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			for(i=0;i<ppcnt;i++) pp=pp sprintf(",%d",pair[i]+1);
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			for(i=0;i<ppcnt;i++) pp=pp sprintf(",%d",pair[i]+1);
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			pairlist=sprintf("(%s)",substr(pp,2));
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			pairlist=sprintf("(%s)",substr(pp,2));
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		}
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		}
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		printf "%d\n",ccnt >"/dev/stderr";
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		printf "%d\n",ccnt >"/dev/stderr";
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		print "\nGenerated from xcircuit ps file.\n"
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		print "\nGenerated from xcircuit ps file.\n"
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		printf ":%s\n\n", desc;
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		printf ":%s\n\n", desc;
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		printf ":%d,%d,%d,%s\n",xrange/sf,yrange/sf,ccnt,pairlist;
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		printf ":%d,%d,%d,%s\n",xrange/sf,yrange/sf,ccnt,pairlist;
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				xp[pcnt]=($3+$5)/2;
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				xp[pcnt]=($3+$5)/2;
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				yp[pcnt]=($4+$6)/2;
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				yp[pcnt]=($4+$6)/2;
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				if($4==$6) op[pcnt]=0; else op[pcnt]=1;
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				if($4==$6) op[pcnt]=0; else op[pcnt]=1;
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				pcnt++;
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				pcnt++;
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			}
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			}
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			else wiring=wiring sprintf("line %g,%g,%g,%g,_color_\n",
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			else wiring=wiring sprintf("segment %g,%g,%g,%g,_color_\n",
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				$3/sf,$4/sf,$5/sf,$6/sf);
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				$3/sf,$4/sf,$5/sf,$6/sf);
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			}
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			}
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		else {wiring=wiring "lines _color_";
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		else {wiring=wiring "polyline _color_";
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			for(i=3;i<=NF-2;i++) wiring=wiring sprintf(",%g",$i/sf);
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			for(i=3;i<=NF-2;i++) wiring=wiring sprintf(",%g",$i/sf);
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			wiring=wiring "\n";
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			wiring=wiring "\n";
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		}
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		}
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	next};
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	next};
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	$NF=="polygon" && $2<3 && $(NF-1)==2 {
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	$NF=="polygon" && $2<3 && $(NF-1)==2 {