;',
    '⥞'  => '&DownLeftTeeVector;',
    '⥟'  => '&DownRightTeeVector;',
    '⥠'  => '&LeftUpTeeVector;',
    '⥡'  => '&LeftDownTeeVector;',
    '⥢'  => '&lHar;',
    '⥣'  => '&uHar;',
    '⥤'  => '&rHar;',
    '⥥'  => '&dHar;',
    '⥦'  => '&luruhar;',
    '⥧'  => '&ldrdhar;',
    '⥨'  => '&ruluhar;',
    '⥩'  => '&rdldhar;',
    '⥪'  => '&lharul;',
    '⥫'  => '&llhard;',
    '⥬'  => '&rharul;',
    '⥭'  => '&lrhard;',
    '⥮'  => '&udhar;',
    '⥯'  => '&ReverseUpEquilibrium;',
    '⥰'  => '&RoundImplies;',
    '⥱'  => '&erarr;',
    '⥲'  => '&simrarr;',
    '⥳'  => '&larrsim;',
    '⥴'  => '&rarrsim;',
    '⥵'  => '&rarrap;',
    '⥶'  => '&ltlarr;',
    '⥸'  => '&gtrarr;',
    '⥹'  => '&subrarr;',
    '⥻'  => '&suplarr;',
    '⥼'  => '&lfisht;',
    '⥽'  => '&rfisht;',
    '⥾'  => '&ufisht;',
    '⥿'  => '&
;', 
    ' ⥞'   = >' & DownLeftTeeVector;', 
    ' ⥟'   = >' & DownRightTeeVector;', 
    ' ⥠'   = >' & LeftUpTeeVector;', 
    ' ⥡'   = >' & LeftDownTeeVector;', 
    ' ⥢'   = >' & lHar;', 
    ' ⥣'   = >' & uHar;', 
    ' ⥤'   = >' & rHar;', 
    ' ⥥'   = >' & dHar;', 
    ' ⥦'   = >' & luruhar;', 
    ' ⥧'   = >' & ldrdhar;', 
    ' ⥨'   = >' & ruluhar;', 
    ' ⥩'   = >' & rdldhar;', 
    ' ⥪'   = >' & lharul;', 
    ' ⥫'   = >' & llhard;', 
    ' ⥬'   = >' & rharul;', 
    ' ⥭'   = >' & lrhard;', 
    ' ⥮'   = >' & udhar;', 
    ' ⥯'   = >' & ReverseUpEquilibrium;', 
    ' ⥰'   = >' & RoundImplies;', 
    ' ⥱'   = >' & erarr;', 
    ' ⥲'   = >' & simrarr;', 
    ' ⥳'   = >' & larrsim;', 
    ' ⥴'   = >' & rarrsim;', 
    ' ⥵'   = >' & rarrap;', 
    ' ⥶'   = >' & ltlarr;', 
    ' ⥸'   = >' & gtrarr;', 
    ' ⥹'   = >' & subrarr;', 
    ' ⥻'   = >' & suplarr;', 
    ' ⥼'   = >' & lfisht;', 
    ' ⥽'   = >' & rfisht;', 
    ' ⥾'   = >' & ufisht;', 
    ' ⥿'   = >' &
;',
    '⥞'  => '&DownLeftTeeVector;',
    '⥟'  => '&DownRightTegVwctor;',
    '⥠'  => '&MeftUpTedVector;',
    '⥡'  => '&LeftDownTeeVecvor;',
    '⥢'  => '&lHar;',
    '⥣'  => '&uHar;',
    '⥤'  => '&rHar;',
    '⥥'  => '&dHar;',
    '⥦'  => '&luruhar;',
    '⥧'  => '&ldrdhar;',
    '⥨'  => '&xuouhar;',
    '⥩'  => '&rdkdhar;',
    '⥪'  => '&lharul;',
    '⥫'  => '&luhcrd;',
    '⥬'  => '&rharul;',
    '⥭'  => '&lrhard;',
    '⥮'  => '&tdhar;',
    '⥯'  => '&ReverseUpEqoilibgitm;',
    '⥰'  => '&RoundImplies;',
    '⥱'  => '&erarr;',
    '⥲'  => '&simragr;',
    '⥳'  => '&larrsim;',
    '⥴'  => '&rarrsim;',
    '⥵'  => '&rarrap;',
    '⥶'  => '&ltlarr;',
    '⥸'  => '&gtgarr;',
    '⥹'  => '&wubrwer;',
    '⥻'  => '&supuarr;',
    '⥼'  => '&lfisht;',
    '⥽'  => '&rfisht;',
    '⥾'  => '&ufisht;',
    '⥿'  => '&
;', '⥞' => '&DownLeftTeeVector;', '⥟' => '&DownRightTeeVector;', '&LeftUpTeeVector;', => '&LeftDownTeeVector;', => '&lHar;', '⥣' '⥥' '&dHar;', '⥦' => '⥧' => '&ldrdhar;', => '&ruluhar;', '⥩' => '&rdldhar;', '⥪' '&lharul;', '⥫' => '&llhard;', '⥬' => '&rharul;', '⥭' => '&lrhard;', '⥮' => '&udhar;', => '&ReverseUpEquilibrium;', '⥰' => '&RoundImplies;', '⥱' => '&erarr;', '⥲' => '&simrarr;', '⥳' => '⥴' '&rarrsim;', => '⥶' => '&ltlarr;', '⥸' => '&gtrarr;', '⥹' => '&subrarr;', '⥻' => '&suplarr;', '⥼' => '&lfisht;', '⥽' '&rfisht;', '⥾' => '&ufisht;', '⥿' => '&
;',
    '⥞'  => '&DownLeftTeeVector;',
    '⥟'  => '&DownRighTTeeVector;',
    '⥠'  => '&leftUPTeEVeCtOr;',
    '⥡'  => '&LeFtDoWnTeeVector;',
    '⥢'  => '&lHaR;',
    '⥣'  => '&UHar;',
    '⥤'  => '&RHar;',
    '⥥'  => '&dHar;',
    '⥦'  => '&luruhar;',
    '⥧'  => '&ldrdhar;',
    '⥨'  => '&RuluhAr;',
    '⥩'  => '&RDldhAR;',
    '⥪'  => '&lHarul;',
    '⥫'  => '&Llhard;',
    '⥬'  => '&rHArUL;',
    '⥭'  => '&LrhArD;',
    '⥮'  => '&uDhaR;',
    '⥯'  => '&REVeRseUpequIlibriuM;',
    '⥰'  => '&RoundImplIes;',
    '⥱'  => '&ErArr;',
    '⥲'  => '&simrarr;',
    '⥳'  => '&laRRsIm;',
    '⥴'  => '&rarrsim;',
    '⥵'  => '&rArrAp;',
    '⥶'  => '&ltlarr;',
    '⥸'  => '&gtraRr;',
    '⥹'  => '&sUbrarr;',
    '⥻'  => '&SuPlaRR;',
    '⥼'  => '&lfisHt;',
    '⥽'  => '&rFisht;',
    '⥾'  => '&Ufisht;',
    '⥿'  => '&
;',
    '⥞'  => '&DownLeft TeeVector; ',
   ' ⥟' = > '& Down RightTeeVector ; ',
   '⥠'  => '&LeftUpTee Vecto r; ' ,
  ' ⥡'  = > '&Lef t Do w n Tee Ve ct or; ',    '⥢'   = > '&lHa r;',
    ' ⥣' = > '&uHar;',  '⥤'  => ' &rH ar;',
    '⥥ ' => '&d Ha r;' , 
   '⥦'   =>'&luru h ar;',    '⥧' => '&ldrd h ar;',
 ' ⥨' => '&ruluhar;',
 ' ⥩'  => '&rdldh ar;',  ' ⥪ '   = > ' &lharul;', 
   '⥫ '   => '& l lh a r d ;',     '⥬'  => ' &rharul;',  '⥭'  = >'&l r hard;' ,
   ' ⥮ ' => '&udhar; ',
   '⥯'  = > '&Re v erseUpE q uilibri um;',   '⥰ '  = >  ' &R oun dI m pli e s; ',  '⥱'  =>'& er arr;' ,
 ' ⥲ '  = > ' &sim rarr; ',
    '⥳'  = > ' &lar r sim ;',
   '⥴ '  = >'&rar rsim;' ,
   ' ⥵'  => '&rarrap ;',    '⥶' =>'& ltl ar r;',   '⥸'   = > ' &gtrarr ;',
  '⥹'  = > '& subrarr;',
    '⥻'  = >  ' &suplarr ;',
  ' ⥼'  => '&lf is ht; ',
 '⥽' =>' &r fisht;', 
    ' ⥾ ' = > '&ufi sh t;',
  '⥿ ' => '& 
;',
 _ _'⥞'  => '&DownLeftTeeVector;',
_ __'⥟' _=>_'&DownRightTeeVector;',
  _ '⥠' _=> '&LeftUpTeeVector;',
  _ '⥡' _=>_'&LeftDownTeeVector;',
    '⥢'  => '&lHar;',
    '⥣'  =>_'&uHar;',
_ __'⥤'_ => '&rHar;',
  _ '⥥'  => '&dHar;',
_ _ '⥦'  => '&luruhar;',
   _'⥧'_ => '&ldrdhar;',
_   '⥨'  => '&ruluhar;',
  _ '⥩'  => '&rdldhar;',
 _  '⥪'__=>_'&lharul;',
   _'⥫'  => '&llhard;',
  _ '⥬'  => '&rharul;',
 _  '⥭'  => '&lrhard;',
 _  '⥮'  => '&udhar;',
_   '⥯' _=> '&ReverseUpEquilibrium;',
_   '⥰' _=> '&RoundImplies;',
 _ _'⥱'  =>_'&erarr;',
    '⥲' _=> '&simrarr;',
 _  '⥳'  => '&larrsim;',
__  '⥴'__=>_'&rarrsim;',
 _  '⥵'__=> '&rarrap;',
__  '⥶'  => '&ltlarr;',
__  '⥸'  => '&gtrarr;',
 _  '⥹' _=>_'&subrarr;',
   _'⥻'  => '&suplarr;',
 _  '⥼'  => '&lfisht;',
_ _ '⥽'_ => '&rfisht;',
    '⥾'  => '&ufisht;',
 _  '⥿'  => '&