alignment, such as another tree viewer.
</p>
<p>
- <strong><em><a name="partitioning">Grouping sequences by partitioning</a> the
- tree at a particular distance</em></strong><br> Clicking anywhere along
- the extent of the tree (but not on a leaf or internal node) defines
- a tree 'partition', by cutting every branch of the tree spanning the
- depth where the mouse-click occurred. Groups are created containing
- sequences at the leaves of each connected sub tree. These groups are
- each given a different colour, which are reflected in other windows
- in the same way as if the sequence IDs were selected, and can be
- edited in the same way as user defined sequence groups.
- </p>
+ <strong><em><a name="partitioning">Grouping
+ sequences by partitioning</a> the tree at a particular distance</em></strong><br>
+ Clicking anywhere along the extent of the tree (but not on a leaf or
+ internal node) defines a tree 'partition', by cutting every branch of
+ the tree spanning the depth where the mouse-click occurred. A red line
+ will be shown where the partition was made, and groups are created
+ containing sequences at the leaves of each connected sub tree. These
+ groups are each given a different colour, which are reflected in other
+ windows in the same way as if the sequence IDs were selected, and can
+ be edited in the same way as user defined sequence groups.
+ </p>
<p>
Tree partitions are useful for comparing clusters produced by
different methods and measures. They are also an effective way of