Number value;
/**
- * Help function for unroll.
+ * Internal helper function for unroll.
*/
template <typename OtherNumber>
void unroll_recursion(Vector<OtherNumber> &result,
// array always has positive size.
/**
- * Help function for unroll.
+ * Internal helper function for unroll.
*/
template <typename OtherNumber>
void unroll_recursion(Vector<OtherNumber> &result,
/**
* The dot product (single contraction) for tensors: Return a tensor of
- * rank $(\text{rank\_1} + \text{rank\_2} - 2)$ that is the contraction of
+ * rank $(\text{rank_1} + \text{rank_2} - 2)$ that is the contraction of
* the last index of a tensor @p src1 of rank @p rank_1 with the first
* index of a tensor @p src2 of rank @p rank_2:
* @f[
/**
* The outer product of two tensors of @p rank_1 and @p rank_2: Returns a
- * tensor of rank $(\text{rank\_1} + \text{rank\_2})$:
+ * tensor of rank $(\text{rank_1} + \text{rank_2})$:
* @f[
* \text{result}_{i_1,..,i_{r1},j_1,..,j_{r2}}
* = \text{left}_{i_1,..,i_{r1}}\,\text{right}_{j_1,..,j_{r2}.}