scalar_binary_function.h

来自「高效的c++科学算法库」· C头文件 代码 · 共 113 行

// ------------------------------------------------------- -*- c++ -*- --
//
// WARNING: FILE AUTOMATICALLY GENERATED WITH scalar_binary_function.sed
//
// ----------------------------------------------------------------------
// from:  scalar_binary_function.hxx
// ----------------------------------------------------------------------

// ---------------------------------------------------------- -*- c++ -*-
// Scalar binary Function
// ----------------------------------------------------------------------
// file     = scalar_binary_function.hxx
// name     = FctPow
// operator = pow
// ----------------------------------------------------------------------
template<typename T1_value, typename T2_value>      
struct FctPow {
  typedef typename
  promote<T1_value,T2_value>::promoted_t value_t;
                                                    
  static inline value_t   
  apply (T1_value a, T2_value b) {
    return pow ( a , b );
  }                    
};
// ---------------------------------------------------------- -*- c++ -*-
// Scalar binary Function
// ----------------------------------------------------------------------
// file     = scalar_binary_function.hxx
// name     = FctATan2
// operator = atan2
// ----------------------------------------------------------------------
template<typename T1_value, typename T2_value>      
struct FctATan2 {
  typedef typename
  promote<T1_value,T2_value>::promoted_t value_t;
                                                    
  static inline value_t   
  apply (T1_value a, T2_value b) {
    return atan2 ( a , b );
  }                    
};
// ---------------------------------------------------------- -*- c++ -*-
// Scalar binary Function
// ----------------------------------------------------------------------
// file     = scalar_binary_function.hxx
// name     = FctHypot
// operator = hypot
// ----------------------------------------------------------------------
template<typename T1_value, typename T2_value>      
struct FctHypot {
  typedef typename
  promote<T1_value,T2_value>::promoted_t value_t;
                                                    
  static inline value_t   
  apply (T1_value a, T2_value b) {
    return hypot ( a , b );
  }                    
};
// ---------------------------------------------------------- -*- c++ -*-
// Scalar binary Function
// ----------------------------------------------------------------------
// file     = scalar_binary_function.hxx
// name     = FctJN
// operator = jn
// ----------------------------------------------------------------------
template<typename T1_value, typename T2_value>      
struct FctJN {
  typedef typename
  promote<T1_value,T2_value>::promoted_t value_t;
                                                    
  static inline value_t   
  apply (T1_value a, T2_value b) {
    return jn ( a , b );
  }                    
};
// ---------------------------------------------------------- -*- c++ -*-
// Scalar binary Function
// ----------------------------------------------------------------------
// file     = scalar_binary_function.hxx
// name     = FctYN
// operator = yn
// ----------------------------------------------------------------------
template<typename T1_value, typename T2_value>      
struct FctYN {
  typedef typename
  promote<T1_value,T2_value>::promoted_t value_t;
                                                    
  static inline value_t   
  apply (T1_value a, T2_value b) {
    return yn ( a , b );
  }                    
};
// ---------------------------------------------------------- -*- c++ -*-
// Scalar binary Function
// ----------------------------------------------------------------------
// file     = scalar_binary_function.hxx
// name     = CopySign
// operator = copysign
// ----------------------------------------------------------------------
template<typename T1_value, typename T2_value>      
struct CopySign {
  typedef typename
  promote<T1_value,T2_value>::promoted_t value_t;
                                                    
  static inline value_t   
  apply (T1_value a, T2_value b) {
    return copysign ( a , b );
  }                    
};
// ----------------------------------------------------------------------
// end of file