/**
* This class implements a wrapper for accessing the Trilinos vector in
* the same way as we access deal.II objects: it is initialized with a
- * vector and an element within it, and has a conversion operatorto
+ * vector and an element within it, and has a conversion operator to
* extract the scalar value of this element. It also has a variety of
- * assignment operatorfor writing to this one element.
+ * assignment operator for writing to this one element.
*
* @ingroup TrilinosWrappers
*/
* @p v and @p w, and assign elements like in <tt>v(i)=w(i)</tt>. Here,
* both left and right hand side of the assignment have data type
* VectorReference, but what we really mean is to assign the vector
- * elements represented by the two references. This operatorimplements
+ * elements represented by the two references. This operator implements
* this operation. Note also that this allows us to make the assignment
- * operatorconst.
+ * operator const.
*/
const VectorReference &
operator= (const VectorReference &r) const;
* the constructor explicit work.
*
* Since the semantics of assigning a scalar to a vector are not
- * immediately clear, this operatorcan only be used if you want
+ * immediately clear, this operator can only be used if you want
* to set the entire vector to zero. This allows the intuitive notation
* <tt>v=0</tt>.
*/
Vector &operator= (const Vector &v);
/**
- * Move the given vector. This operatorreplaces the present vector with
+ * Move the given vector. This operator replaces the present vector with
* @p v by efficiently swapping the internal data structures.
*/
Vector &operator= (Vector &&v);