Atom Definition Rules: Difference between revisions

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[[Image:Adf.gif|right|400px|]]  The definition files use a consistent atom labeling convention for which an atom in virtually any chemical environment can be identified. The specification of adjacent atoms is nested using the elements listed below:
* Each element must be separated by a space.
* If more than one adjacent atom is specified, then ALL must be present (i.e. a boolean AND for rules within a line).
* If a label can have multiple definition lines, then any ONE of them must be satisfied for inclusion (i.e. a boolean OR for rules on different lines).




    The definition files use a consistent atom labeling convention for which an atom in virtually any chemical environment can be identified. The specification of adjacent atoms is nested using the elements listed below:
[[Category:Formats]]
 
[[Category:DOCK]]
        * Each element must be separated by a space.
        * If more than one adjacent atom is specified, then ALL must be present (i.e. a boolean AND for rules within a line).
        * If a label can have multiple definition lines, then any ONE of them must be satisfied for inclusion (i.e. a boolean OR for rules on different lines).
 
 
(atom definition elements table)
 
(example definitions table)

Latest revision as of 18:10, 8 October 2012

Adf.gif

The definition files use a consistent atom labeling convention for which an atom in virtually any chemical environment can be identified. The specification of adjacent atoms is nested using the elements listed below:

  • Each element must be separated by a space.
  • If more than one adjacent atom is specified, then ALL must be present (i.e. a boolean AND for rules within a line).
  • If a label can have multiple definition lines, then any ONE of them must be satisfied for inclusion (i.e. a boolean OR for rules on different lines).