abort_recording Abs acos AD AD AD AD ADFun< Base > ADTape< Base > asin atan BinaryBool CondExpOp cos cosh discrete< Base > EqualOpSeq exp GreaterThanOrZero GreaterThanZero id_ id_handle IdenticalEqualPar IdenticalOne IdenticalPar IdenticalZero Independent Integer LessThanOrZero LessThanZero log make_parameter make_variable NearEqual NearEqual NearEqual omp_max_thread operator operator operator operator!= operator* operator*= operator+ operator+ operator+= operator- operator- operator-= operator/ operator/= operator= operator= operator= operator== operator> operator>= Parameter Parameter pow PrintFor sin sinh sqrt taddr_ tape_delete tape_handle tape_new tape_ptr tape_ptr tape_this UnaryBool user_atomic< Base > Value value_ value_type Var2Par Variable Variable VecAD< Base > VecAD_reference< Base > ~AD

template<class Base > ADTape< Base > * AD< Base >::tape_this ( void  ) const [inline, private] Get a pointer to tape that records AD<Base> operations for the current thread. Template Parameters: Base is the base type corresponding to AD<Base> operations. thread is the index that identifes the current OpenMP thread. If _OPENMP is not defined, thread is zero. 0 <= thread < omp_max_thread(0). id_ This routine uses AD<Base>::id_ to determine the tape identifier corresponding to the current object. It must hold that thread = id_ % CPPAD_MAX_NUM_THREADS. Note this routine should be faster when NDEBUG is defined (?) than calling tape_ptr without the id argument. Returns: The return value r is a pointer to the tape that records AD<Base> operations for the current thread. If r == CPPAD_NULL, there is no tape currently recording AD<Base> operations for the specified thread. Definition at line 326 of file tape_link.hpp. Referenced by discrete< Base >::ad(), CppAD::CondExpOp(), CppAD::operator!=(), CppAD::operator==(), CppAD::operator>(), and CppAD::operator>=().