perm filename NTK.LOG[MF,ALS] blob
sn#760289 filedate 1984-07-05 generic text, type T, neo UTF8
This is METAFONT, WAITS Version -40.0 (preloaded base=plain 84.7.3) 5 JUL 1984 11:30
**ntk.mf
(NTK.MF[MF,ALS] (PLAIN.MF[MF,RFS]) (NTKBAS.MF[MF,ALS]) (NTKB.MF[MF,ALS]
>> unknown
! Undefined condition will be treated as `false'.
bowl->...;d28=(a,0);d29=(-a,0);if.unknown(
y11)then(SUFFIX0) 28=offset...
p_bowl->...eight,lower_arch_spring_weight)
endgroup
l.53 ...4-x11),baseline-overshoot,y7,skew)
;
?
! Missing `:' has been inserted.
<to be read again>
(
bowl->...;d28=(a,0);d29=(-a,0);if.unknown(
y11)then(SUFFIX0) 28=offset...
p_bowl->...eight,lower_arch_spring_weight)
endgroup
l.53 ...4-x11),baseline-overshoot,y7,skew)
;
?
>> unknown
! Undefined condition will be treated as `false'.
bowl->...8,(SUFFIX0) 18,x11)fi;if.unknown(
y17)then(SUFFIX0) 29=offset...
p_bowl->...eight,lower_arch_spring_weight)
endgroup
l.53 ...4-x11),baseline-overshoot,y7,skew)
;
?
! Missing `:' has been inserted.
<to be read again>
(
bowl->...8,(SUFFIX0) 18,x11)fi;if.unknown(
y17)then(SUFFIX0) 29=offset...
p_bowl->...eight,lower_arch_spring_weight)
endgroup
l.53 ...4-x11),baseline-overshoot,y7,skew)
;
?
>> unknown.z1l
! Not implemented: not(unknown numeric).
<for...> if.not.unknown.z(SUFFIX0):
special(EXPR-2)&str(SUFFIX0);numsp...
makelabel->...l.x$;numspecial.y$;fi.endfor
<for...> ...UFFIX0)l,(SUFFIX0)r,(SUFFIX0))
; ENDFOR
labelpos->...T0):autolabel($l,$r,$);endfor
.fi
bowl->...7,8,9,11,12,13,14,15,16,17,18,19)
fi;p1=(SUFFIX0) 1{d1}..(SUF...
p_bowl->...eight,lower_arch_spring_weight)
endgroup
l.53 ...4-x11),baseline-overshoot,y7,skew)
;
?
>> unknown.z1l
! Undefined condition will be treated as `false'.
<for...> if.not.unknown.z(SUFFIX0):
special(EXPR-2)&str(SUFFIX0);numsp...
makelabel->...l.x$;numspecial.y$;fi.endfor
<for...> ...UFFIX0)l,(SUFFIX0)r,(SUFFIX0))
; ENDFOR
labelpos->...T0):autolabel($l,$r,$);endfor
.fi
bowl->...7,8,9,11,12,13,14,15,16,17,18,19)
fi;p1=(SUFFIX0) 1{d1}..(SUF...
p_bowl->...eight,lower_arch_spring_weight)
endgroup
l.53 ...4-x11),baseline-overshoot,y7,skew)
;
?
>> unknown.z1r
! Not implemented: not(unknown numeric).
<for...> if.not.unknown.z(SUFFIX0):
special(EXPR-2)&str(SUFFIX0);numsp...
makelabel->...l.x$;numspecial.y$;fi.endfor
<for...> ...UFFIX0)l,(SUFFIX0)r,(SUFFIX0))
; ENDFOR
labelpos->...T0):autolabel($l,$r,$);endfor
.fi
bowl->...7,8,9,11,12,13,14,15,16,17,18,19)
fi;p1=(SUFFIX0) 1{d1}..(SUF...
p_bowl->...eight,lower_arch_spring_weight)
endgroup
l.53 ...4-x11),baseline-overshoot,y7,skew)
;
?
>> unknown.z1r
! Undefined condition will be treated as `false'.
<for...> if.not.unknown.z(SUFFIX0):
special(EXPR-2)&str(SUFFIX0);numsp...
makelabel->...l.x$;numspecial.y$;fi.endfor
<for...> ...UFFIX0)l,(SUFFIX0)r,(SUFFIX0))
; ENDFOR
labelpos->...T0):autolabel($l,$r,$);endfor
.fi
bowl->...7,8,9,11,12,13,14,15,16,17,18,19)
fi;p1=(SUFFIX0) 1{d1}..(SUF...
p_bowl->...eight,lower_arch_spring_weight)
endgroup
l.53 ...4-x11),baseline-overshoot,y7,skew)
;
?
>> unknown.z1
! Not implemented: not(unknown numeric).
<for...> if.not.unknown.z(SUFFIX0):
special(EXPR-2)&str(SUFFIX0);numsp...
makelabel->...l.x$;numspecial.y$;fi.endfor
<for...> ...UFFIX0)l,(SUFFIX0)r,(SUFFIX0))
; ENDFOR
labelpos->...T0):autolabel($l,$r,$);endfor
.fi
bowl->...7,8,9,11,12,13,14,15,16,17,18,19)
fi;p1=(SUFFIX0) 1{d1}..(SUF...
p_bowl->...eight,lower_arch_spring_weight)
endgroup
l.53 ...4-x11),baseline-overshoot,y7,skew)
;
?
>> unknown.z1
! Undefined condition will be treated as `false'.
<for...> if.not.unknown.z(SUFFIX0):
special(EXPR-2)&str(SUFFIX0);numsp...
makelabel->...l.x$;numspecial.y$;fi.endfor
<for...> ...UFFIX0)l,(SUFFIX0)r,(SUFFIX0))
; ENDFOR
labelpos->...T0):autolabel($l,$r,$);endfor
.fi
bowl->...7,8,9,11,12,13,14,15,16,17,18,19)
fi;p1=(SUFFIX0) 1{d1}..(SUF...
p_bowl->...eight,lower_arch_spring_weight)
endgroup
l.53 ...4-x11),baseline-overshoot,y7,skew)
;
?
>> unknown.z2l
! Not implemented: not(unknown numeric).
<for...> if.not.unknown.z(SUFFIX0):
special(EXPR-2)&str(SUFFIX0);numsp...
makelabel->...l.x$;numspecial.y$;fi.endfor
<for...> ...UFFIX0)l,(SUFFIX0)r,(SUFFIX0))
; ENDFOR
labelpos->...T0):autolabel($l,$r,$);endfor
.fi
bowl->...7,8,9,11,12,13,14,15,16,17,18,19)
fi;p1=(SUFFIX0) 1{d1}..(SUF...
p_bowl->...eight,lower_arch_spring_weight)
endgroup
l.53 ...4-x11),baseline-overshoot,y7,skew)
;
?
>> unknown.z2l
! Undefined condition will be treated as `false'.
<for...> if.not.unknown.z(SUFFIX0):
special(EXPR-2)&str(SUFFIX0);numsp...
makelabel->...l.x$;numspecial.y$;fi.endfor
<for...> ...UFFIX0)l,(SUFFIX0)r,(SUFFIX0))
; ENDFOR
labelpos->...T0):autolabel($l,$r,$);endfor
.fi
bowl->...7,8,9,11,12,13,14,15,16,17,18,19)
fi;p1=(SUFFIX0) 1{d1}..(SUF...
p_bowl->...eight,lower_arch_spring_weight)
endgroup
l.53 ...4-x11),baseline-overshoot,y7,skew)
;
?
>> unknown.z2r
! Not implemented: not(unknown numeric).
<for...> if.not.unknown.z(SUFFIX0):
special(EXPR-2)&str(SUFFIX0);numsp...
makelabel->...l.x$;numspecial.y$;fi.endfor
<for...> ...UFFIX0)l,(SUFFIX0)r,(SUFFIX0))
; ENDFOR
labelpos->...T0):autolabel($l,$r,$);endfor
.fi
bowl->...7,8,9,11,12,13,14,15,16,17,18,19)
fi;p1=(SUFFIX0) 1{d1}..(SUF...
p_bowl->...eight,lower_arch_spring_weight)
endgroup
l.53 ...4-x11),baseline-overshoot,y7,skew)
;
?
>> unknown.z2r
! Undefined condition will be treated as `false'.
<for...> if.not.unknown.z(SUFFIX0):
special(EXPR-2)&str(SUFFIX0);numsp...
makelabel->...l.x$;numspecial.y$;fi.endfor
<for...> ...UFFIX0)l,(SUFFIX0)r,(SUFFIX0))
; ENDFOR
labelpos->...T0):autolabel($l,$r,$);endfor
.fi
bowl->...7,8,9,11,12,13,14,15,16,17,18,19)
fi;p1=(SUFFIX0) 1{d1}..(SUF...
p_bowl->...eight,lower_arch_spring_weight)
endgroup
l.53 ...4-x11),baseline-overshoot,y7,skew)
;
?
>> unknown.z2
! Not implemented: not(unknown numeric).
<for...> if.not.unknown.z(SUFFIX0):
special(EXPR-2)&str(SUFFIX0);numsp...
makelabel->...l.x$;numspecial.y$;fi.endfor
<for...> ...UFFIX0)l,(SUFFIX0)r,(SUFFIX0))
; ENDFOR
labelpos->...T0):autolabel($l,$r,$);endfor
.fi
bowl->...7,8,9,11,12,13,14,15,16,17,18,19)
fi;p1=(SUFFIX0) 1{d1}..(SUF...
p_bowl->...eight,lower_arch_spring_weight)
endgroup
l.53 ...4-x11),baseline-overshoot,y7,skew)
;
? end
Output written on NTK.GF[MF,ALS] (0 characters, 100 bytes).