matrix_unary.h

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                  FctACosH <T_value> > > 
acosh (Matrix<T_value, T_structure, T_storage> SL_TEXPR_ARG m)    
{        
  typedef FctACosH <T_value> op_t;
  typedef Matrix<T_value, T_structure, T_storage> expr_t1;
  typedef MatrixUnaryOp<expr_t1, op_t> expr_t;                             
  return MatrixExpr<expr_t> ( expr_t( m ) );
}
// ---------------------------------------------------------- -*- c++ -*-
// Matrix Unary Operator
// ----------------------------------------------------------------------
// file     = matrix_unary_m.hxx
// name     = FctATanH
// operator = atanh
// ----------------------------------------------------------------------
template <typename T_value, typename T_structure, typename T_storage>      
inline MatrixExpr<MatrixUnaryOp<Matrix<T_value,T_structure, T_storage>,
                  FctATanH <T_value> > > 
atanh (Matrix<T_value, T_structure, T_storage> SL_TEXPR_ARG m)    
{        
  typedef FctATanH <T_value> op_t;
  typedef Matrix<T_value, T_structure, T_storage> expr_t1;
  typedef MatrixUnaryOp<expr_t1, op_t> expr_t;                             
  return MatrixExpr<expr_t> ( expr_t( m ) );
}
// ---------------------------------------------------------- -*- c++ -*-
// Matrix Unary Operator
// ----------------------------------------------------------------------
// file     = matrix_unary_m.hxx
// name     = FctCeil
// operator = ceil
// ----------------------------------------------------------------------
template <typename T_value, typename T_structure, typename T_storage>      
inline MatrixExpr<MatrixUnaryOp<Matrix<T_value,T_structure, T_storage>,
                  FctCeil <T_value> > > 
ceil (Matrix<T_value, T_structure, T_storage> SL_TEXPR_ARG m)    
{        
  typedef FctCeil <T_value> op_t;
  typedef Matrix<T_value, T_structure, T_storage> expr_t1;
  typedef MatrixUnaryOp<expr_t1, op_t> expr_t;                             
  return MatrixExpr<expr_t> ( expr_t( m ) );
}
// ---------------------------------------------------------- -*- c++ -*-
// Matrix Unary Operator
// ----------------------------------------------------------------------
// file     = matrix_unary_m.hxx
// name     = FctFloor
// operator = floor
// ----------------------------------------------------------------------
template <typename T_value, typename T_structure, typename T_storage>      
inline MatrixExpr<MatrixUnaryOp<Matrix<T_value,T_structure, T_storage>,
                  FctFloor <T_value> > > 
floor (Matrix<T_value, T_structure, T_storage> SL_TEXPR_ARG m)    
{        
  typedef FctFloor <T_value> op_t;
  typedef Matrix<T_value, T_structure, T_storage> expr_t1;
  typedef MatrixUnaryOp<expr_t1, op_t> expr_t;                             
  return MatrixExpr<expr_t> ( expr_t( m ) );
}
// ---------------------------------------------------------- -*- c++ -*-
// Matrix Unary Operator
// ----------------------------------------------------------------------
// file     = matrix_unary_m.hxx
// name     = FctRint
// operator = rint
// ----------------------------------------------------------------------
template <typename T_value, typename T_structure, typename T_storage>      
inline MatrixExpr<MatrixUnaryOp<Matrix<T_value,T_structure, T_storage>,
                  FctRint <T_value> > > 
rint (Matrix<T_value, T_structure, T_storage> SL_TEXPR_ARG m)    
{        
  typedef FctRint <T_value> op_t;
  typedef Matrix<T_value, T_structure, T_storage> expr_t1;
  typedef MatrixUnaryOp<expr_t1, op_t> expr_t;                             
  return MatrixExpr<expr_t> ( expr_t( m ) );
}
// ---------------------------------------------------------- -*- c++ -*-
// Matrix Unary Operator
// ----------------------------------------------------------------------
// file     = matrix_unary_m.hxx
// name     = FctErF
// operator = erf
// ----------------------------------------------------------------------
template <typename T_value, typename T_structure, typename T_storage>      
inline MatrixExpr<MatrixUnaryOp<Matrix<T_value,T_structure, T_storage>,
                  FctErF <T_value> > > 
erf (Matrix<T_value, T_structure, T_storage> SL_TEXPR_ARG m)    
{        
  typedef FctErF <T_value> op_t;
  typedef Matrix<T_value, T_structure, T_storage> expr_t1;
  typedef MatrixUnaryOp<expr_t1, op_t> expr_t;                             
  return MatrixExpr<expr_t> ( expr_t( m ) );
}
// ---------------------------------------------------------- -*- c++ -*-
// Matrix Unary Operator
// ----------------------------------------------------------------------
// file     = matrix_unary_m.hxx
// name     = FctErFC
// operator = erfc
// ----------------------------------------------------------------------
template <typename T_value, typename T_structure, typename T_storage>      
inline MatrixExpr<MatrixUnaryOp<Matrix<T_value,T_structure, T_storage>,
                  FctErFC <T_value> > > 
erfc (Matrix<T_value, T_structure, T_storage> SL_TEXPR_ARG m)    
{        
  typedef FctErFC <T_value> op_t;
  typedef Matrix<T_value, T_structure, T_storage> expr_t1;
  typedef MatrixUnaryOp<expr_t1, op_t> expr_t;                             
  return MatrixExpr<expr_t> ( expr_t( m ) );
}
// ---------------------------------------------------------- -*- c++ -*-
// Matrix Unary Operator
// ----------------------------------------------------------------------
// file     = matrix_unary_m.hxx
// name     = FctJ0
// operator = j0
// ----------------------------------------------------------------------
template <typename T_value, typename T_structure, typename T_storage>      
inline MatrixExpr<MatrixUnaryOp<Matrix<T_value,T_structure, T_storage>,
                  FctJ0 <T_value> > > 
j0 (Matrix<T_value, T_structure, T_storage> SL_TEXPR_ARG m)    
{        
  typedef FctJ0 <T_value> op_t;
  typedef Matrix<T_value, T_structure, T_storage> expr_t1;
  typedef MatrixUnaryOp<expr_t1, op_t> expr_t;                             
  return MatrixExpr<expr_t> ( expr_t( m ) );
}
// ---------------------------------------------------------- -*- c++ -*-
// Matrix Unary Operator
// ----------------------------------------------------------------------
// file     = matrix_unary_m.hxx
// name     = FctJ1
// operator = j1
// ----------------------------------------------------------------------
template <typename T_value, typename T_structure, typename T_storage>      
inline MatrixExpr<MatrixUnaryOp<Matrix<T_value,T_structure, T_storage>,
                  FctJ1 <T_value> > > 
j1 (Matrix<T_value, T_structure, T_storage> SL_TEXPR_ARG m)    
{        
  typedef FctJ1 <T_value> op_t;
  typedef Matrix<T_value, T_structure, T_storage> expr_t1;
  typedef MatrixUnaryOp<expr_t1, op_t> expr_t;                             
  return MatrixExpr<expr_t> ( expr_t( m ) );
}
// ---------------------------------------------------------- -*- c++ -*-
// Matrix Unary Operator
// ----------------------------------------------------------------------
// file     = matrix_unary_m.hxx
// name     = FctY0
// operator = y0
// ----------------------------------------------------------------------
template <typename T_value, typename T_structure, typename T_storage>      
inline MatrixExpr<MatrixUnaryOp<Matrix<T_value,T_structure, T_storage>,
                  FctY0 <T_value> > > 
y0 (Matrix<T_value, T_structure, T_storage> SL_TEXPR_ARG m)    
{        
  typedef FctY0 <T_value> op_t;
  typedef Matrix<T_value, T_structure, T_storage> expr_t1;
  typedef MatrixUnaryOp<expr_t1, op_t> expr_t;                             
  return MatrixExpr<expr_t> ( expr_t( m ) );
}
// ---------------------------------------------------------- -*- c++ -*-
// Matrix Unary Operator
// ----------------------------------------------------------------------
// file     = matrix_unary_m.hxx
// name     = FctY1
// operator = y1
// ----------------------------------------------------------------------
template <typename T_value, typename T_structure, typename T_storage>      
inline MatrixExpr<MatrixUnaryOp<Matrix<T_value,T_structure, T_storage>,
                  FctY1 <T_value> > > 
y1 (Matrix<T_value, T_structure, T_storage> SL_TEXPR_ARG m)    
{        
  typedef FctY1 <T_value> op_t;
  typedef Matrix<T_value, T_structure, T_storage> expr_t1;
  typedef MatrixUnaryOp<expr_t1, op_t> expr_t;                             
  return MatrixExpr<expr_t> ( expr_t( m ) );
}
// ---------------------------------------------------------- -*- c++ -*-
// Matrix Unary Operator
// ----------------------------------------------------------------------
// file     = matrix_unary_m.hxx
// name     = FctExpM1
// operator = expm1
// ----------------------------------------------------------------------
template <typename T_value, typename T_structure, typename T_storage>      
inline MatrixExpr<MatrixUnaryOp<Matrix<T_value,T_structure, T_storage>,
                  FctExpM1 <T_value> > > 
expm1 (Matrix<T_value, T_structure, T_storage> SL_TEXPR_ARG m)    
{        
  typedef FctExpM1 <T_value> op_t;
  typedef Matrix<T_value, T_structure, T_storage> expr_t1;
  typedef MatrixUnaryOp<expr_t1, op_t> expr_t;                             
  return MatrixExpr<expr_t> ( expr_t( m ) );
}
// ---------------------------------------------------------- -*- c++ -*-
// Matrix Unary Operator
// ----------------------------------------------------------------------
// file     = matrix_unary_m.hxx
// name     = FctLn1P
// operator = log1p
// ----------------------------------------------------------------------
template <typename T_value, typename T_structure, typename T_storage>      
inline MatrixExpr<MatrixUnaryOp<Matrix<T_value,T_structure, T_storage>,
                  FctLn1P <T_value> > > 
log1p (Matrix<T_value, T_structure, T_storage> SL_TEXPR_ARG m)    
{        
  typedef FctLn1P <T_value> op_t;
  typedef Matrix<T_value, T_structure, T_storage> expr_t1;
  typedef MatrixUnaryOp<expr_t1, op_t> expr_t;                             
  return MatrixExpr<expr_t> ( expr_t( m ) );
}
// ---------------------------------------------------------- -*- c++ -*-
// Matrix Unary Operator
// ----------------------------------------------------------------------
// file     = matrix_unary_m.hxx
// name     = FctCbRt
// operator = cbrt
// ----------------------------------------------------------------------
template <typename T_value, typename T_structure, typename T_storage>      
inline MatrixExpr<MatrixUnaryOp<Matrix<T_value,T_structure, T_storage>,
                  FctCbRt <T_value> > > 
cbrt (Matrix<T_value, T_structure, T_storage> SL_TEXPR_ARG m)    
{        
  typedef FctCbRt <T_value> op_t;
  typedef Matrix<T_value, T_structure, T_storage> expr_t1;
  typedef MatrixUnaryOp<expr_t1, op_t> expr_t;                             
  return MatrixExpr<expr_t> ( expr_t( m ) );
}
// ---------------------------------------------------------- -*- c++ -*-
// Matrix Unary Operator
// ----------------------------------------------------------------------
// file     = matrix_unary_m.hxx
// name     = FctLGamma
// operator = lgamma
// ----------------------------------------------------------------------
template <typename T_value, typename T_structure, typename T_storage>      
inline MatrixExpr<MatrixUnaryOp<Matrix<T_value,T_structure, T_storage>,
                  FctLGamma <T_value> > > 
lgamma (Matrix<T_value, T_structure, T_storage> SL_TEXPR_ARG m)    
{        
  typedef FctLGamma <T_value> op_t;
  typedef Matrix<T_value, T_structure, T_storage> expr_t1;
  typedef MatrixUnaryOp<expr_t1, op_t> expr_t;                             
  return MatrixExpr<expr_t> ( expr_t( m ) );
}
// ---------------------------------------------------------- -*- c++ -*-
// Matrix Unary Operator
// ----------------------------------------------------------------------
// file     = matrix_unary_m.hxx
// name     = FctIsNaN
// operator = isnan
// ----------------------------------------------------------------------
template <typename T_value, typename T_structure, typename T_storage>      
inline MatrixExpr<MatrixUnaryOp<Matrix<T_value,T_structure, T_storage>,
                  FctIsNaN <T_value> > > 
isnan (Matrix<T_value, T_structure, T_storage> SL_TEXPR_ARG m)    
{        
  typedef FctIsNaN <T_value> op_t;
  typedef Matrix<T_value, T_structure, T_storage> expr_t1;
  typedef MatrixUnaryOp<expr_t1, op_t> expr_t;                             
  return MatrixExpr<expr_t> ( expr_t( m ) );
}
// ---------------------------------------------------------- -*- c++ -*-
// Matrix Unary Operator
// ----------------------------------------------------------------------
// file     = matrix_unary_m.hxx
// name     = FctIsInf
// operator = isinf
// ----------------------------------------------------------------------
template <typename T_value, typename T_structure, typename T_storage>      
inline MatrixExpr<MatrixUnaryOp<Matrix<T_value,T_structure, T_storage>,
                  FctIsInf <T_value> > > 
isinf (Matrix<T_value, T_structure, T_storage> SL_TEXPR_ARG m)    
{        
  typedef FctIsInf <T_value> op_t;
  typedef Matrix<T_value, T_structure, T_storage> expr_t1;
  typedef MatrixUnaryOp<expr_t1, op_t> expr_t;                             
  return MatrixExpr<expr_t> ( expr_t( m ) );
}
// ---------------------------------------------------------- -*- c++ -*-
// Matrix Unary Operator
// ----------------------------------------------------------------------
// file     = matrix_unary_m.hxx
// name     = FctFinite
// operator = finite
// ----------------------------------------------------------------------
template <typename T_value, typename T_structure, typename T_storage>      
inline MatrixExpr<MatrixUnaryOp<Matrix<T_value,T_structure, T_storage>,
                  FctFinite <T_value> > > 
finite (Matrix<T_value, T_structure, T_storage> SL_TEXPR_ARG m)    
{        
  typedef FctFinite <T_value> op_t;
  typedef Matrix<T_value, T_structure, T_storage> expr_t1;
  typedef MatrixUnaryOp<expr_t1, op_t> expr_t;                             
  return MatrixExpr<expr_t> ( expr_t( m ) );
}
// ----------------------------------------------------------------------
// end of file