
<A NAME=hermitian_tp>

<TITLE>hermitian_tp</TITLE></A>
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<B>HERMITIAN_TP</B> _ _ _  _ _ _  _ _ _  _ _ _ <B>operator</B><P>
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syntax: </H3>
<em> hermitian_tp</em>(&lt;matrix&gt;) 
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&lt;matrix&gt; :- a 
<A HREF=r37_0345.html>matrix</A>. 
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<em>hermitian_tp</em>computes the hermitian transpose of &lt;matrix&gt;. 
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This is a 
<A HREF=r37_0345.html>matrix</A> in which the (i,j)'th entry is the conjugate 
of the (j,i)'th entry of &lt;matrix&gt;. 
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examples: </H3>
<P><PRE><TT>

J := mat((i+1,i+2,i+3),(4,5,2),(1,i,0)); 


       [i + 1  i + 2  i + 3]
       [                   ]
  j := [  4      5      2  ]
       [                   ]
       [  1      i      0  ]



hermitian_tp(j); 

  [ - i + 1  4   1  ]
  [                 ]
  [ - i + 2  5   - i]
  [                 ]
  [ - i + 3  2   0  ]

</TT></PRE><P>Related functions: 

<A HREF=r37_0348.html>tp</A>. 
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