source: tags/ms_r16q4/HELP_SOURCE/oldhelp/no_tree.hlp

Last change on this file was 11401, checked in by westram, 10 years ago
  • reintegrates 'tree' into 'trunk':
    • consensus trees:
      • support for merging partial trees ("worked" before, but results were crap; implements #65)
      • generated trees are automatically re-rooted and -ordered
      • always list source trees in consensus-tree-comment; show info about partial trees
      • fixed progress bar
    • made GBT_TREE a base class of other tree classes (implements #31)
    • save tree properties in properties (not in DB)
    • new functions 'Remove zombies/marked from ALL trees'
    • tree load/save: layout fixes
    • unit tests
      • added tests for basic tree modifications (PARSIMONY)
    • performance:
      • compute_tree updates tree information in one traversal
      • tree generators are now capable to generate any type of tree (w/o needing to copy it once)
    • bugfixes:
      • NNI (of marked species) was also always performed for colored species
      • centered beautify-order is stable now
      • improved 'search optimal root'
  • adds:
  • Property svn:eol-style set to native
  • Property svn:keywords set to Author Date Id Revision
File size: 2.4 KB
Line 
1#Please insert up references in the next lines (line starts with keyword UP)
2UP      arb.hlp
3UP      glossary.hlp
4UP      mark.hlp
5
6#Please insert subtopic references  (line starts with keyword SUB)
7#SUB    nt_align_select.hlp
8
9# Hypertext links in helptext can be added like this: LINK{ref.hlp|http://add|bla@domain}
10
11#************* Title of helpfile !! and start of real helpfile ********
12TITLE           How to get an initial tree
13
14DESCRIPTION     The main idea of ARB is to manage database access via a tree.
15
16                [ You don't have a tree, but you may access all
17                species data using 'Species/Search and Query'. ]
18
19                There are several ways to construct an initial tree:
20
21                Align the sequence data:
22
23                        1. Mark all 'species' (see LINK{glossary.hlp})
24                                Choose the item 'Mark all Species'
25                                from the menu 'Species'
26                                of the 'ARB_NT' main window (this program)
27                                (normally this is referred as: 'ARB_NT/Species/Mark all Species');
28
29                        2. Select an alignment:
30                                <ARB_NT/3rd big Button in top area>
31                                (see LINK{nt_align_select.hlp})
32
33                        3. To align the marked sequences use one of the provided aligners
34                           in 'ARB_NT/Sequence/Align Sequences'
35
36                Reconstruct an initial tree:
37
38                        To get a good tree, you should use different treeing
39                        methods.
40
41                        To quickly get an initial tree we recommend to use
42                        neighbour joining for DNA, RNA and Protein sequences:
43
44                            To start neighbour joining select 'ARB_NT/Tree/Build tree from sequence data/Distance matrix methods/ARB Neighbor Joining',
45                            to display the 'NEIGHBOUR JOINING [ARB_DIST]' window.
46                            Refer to LINK{dist.hlp} for setting parameters of tree reconstruction.
47
48                Show the reconstructed tree:
49
50                        Click on the <tree_*> (2nd big rectangular) button in
51                        top area of ARB_NT and choose the respective tree.
52
53                Save everything:
54
55                        Choose the 'Save Whole Database as' item from the 'File' menu.
56
57NOTES           None
58
59WARNINGS        None
60
61BUGS            No bugs known
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