----- EXAMPLE <----- (REMOVE THIS LINE FROM YOUR FINAL DATA-FILE)

NAME:       anything you want (including spaces)  	  	  
TABLE:      property1(mm)[1]   property2(kg)[-4]   ...   propertyN
organism1   1~20               -0.02~0.7           ...   -1000~1000
organism2   0.1~0              0~0                 ...   2~2
...         ...                ...                 ...   ...
organismM   0~0                -1000~0             ...   20~20


----- COMMENTS <----- (PLEASE, REMOVE THIS LINE AND THE FOLLOWING SECTION FROM YOUR FINAL DATA-FILE)

0. You give the table showing the range of each propery for each organism.
   You get 2 identification trees (general and binary). Each of them as a 
   picture and as a GDF-file. GDF-files may be opened by Gephi (it is free). 
   You can use Gephi to transform the obtained tree to get a better picture

1. Separate columns by SPACES or TABS

2. DO NOT ALLOW any spaces inside a column (except for the name)
   ('0~0' - is OK, '0 ~ 0' - is NOT).
   ('Tachyglossus_bruijni' is OK, 'Tachyglossus bruijni' - is NOT)
   ('smile_size[2](km)' - is OK, 'smile size [2] (km)' - is NOT)
   for the ranges of properties values USE NOTHING BUT: 
   digits(0-9), minus(-), dot(.), tilde(~)

3. Round brackets in properties names mean NOTHING. They are just for your
   convenience, to note the metric units or something else

4. Square brackets show the RANK of the property. Please use them CAREFULLY
   as the algorithm will try TO AVOID using properties with low ranks. 
   This is a very stong instrument to influent the result. You can use it, 
   for example, to avoid whenever possible the usage of the properties that 
   are difficult to measure. Or you may want to get a tree with or without
   some selected properties

5. DO NOT ALLOW any empty lines. Niether before nor after the table. 
   But put a line-break after the last line (usually 'ENTER' is enough)

6. If you wish to declare that the particular organismX does not have the
   particular propertyY, just put -1000000~1000000 in the correspondent cell,
   where "1000000" is just an example of some enough large number to cover all
   the values of propertyY among other organisms