STYLE: Correct documentation.

Modules/Learning/Unsupervised/include/otbContingencyTableCalculator.h

@@ -29,12 +29,12 @@
 namespace otb
 {
 /**
- * \brief ContingencyTableCalculator provide facilities to compute ContingencyTable with different structure type
- * The size of the label list should be the same for both list.
- * \tparam TRefListLabel data structure type which contain the reference labels
- * \tparam TProdListLabel data structure type which contain the produced labels
- * \tparam TClassLabel the label data type
+ * \brief  ContingencyTableCalculator provide facilities to compute ContingencyTable.
+ *
+ * The ContingencyTableCalculator can be used with different structure type,
+ * the size of the label list should be the same for both list.
  *
+ * \tparam TClassLabel the label data type
  * \ingroup OTBUnsupervised
  */
 template<class TClassLabel>
@@ -59,12 +59,18 @@ public:
   typedef typename std::map<TClassLabel, unsigned long> CountMapType;
   typedef typename std::map<TClassLabel, CountMapType > MapOfClassesType;
 
-  /** Populate the confusion Matrix for a image iteration */
+  /** Populate the confusion Matrix for a image iteration.
+   *  \tparam TRefListLabel data structure type which contain the reference labels.
+   *  \tparam TProdListLabel data structure type which contain the produced labels.
+   */
   template<class TRefIterator, class TProdIterator>
   void Compute(TRefIterator itRef, TProdIterator itProd, bool refHasNoData = false, typename TRefIterator::InternalPixelType refNoData = 0,
                bool prodHasNoData = false, typename TProdIterator::InternalPixelType prodNoData = 0);
 
-  /** Populate the confusion Matrix with input which provide GetMeasurementVector()[0] access */
+  /** Populate the confusion Matrix with input which provide GetMeasurementVector()[0] access
+   *  \tparam TRefListLabel data structure type which contain the reference labels.
+   *  \tparam TProdListLabel data structure type which contain the produced labels.
+   */
   template<class TRefIterator, class TProdIterator>
   void Compute(TRefIterator refBegin, TRefIterator refEnd, TProdIterator prodBegin, TProdIterator prodEnd);