Split states: Difference between revisions

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'''Split_States''' splits and orients multiple models and multimers from the biological unit file into a set of single-state molecular objects.
'''Split_States''' splits and orients multiple models and multimers from the biological unit file into a set of single-state molecular objects.
      
      
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This splits the '''object''' from '''first''' to '''last''' out to the array of objects prefixed by '''prefix'''.  The '''prefix''' option is very handy is all your states--or a subset of the states--have the same name.
This splits the '''object''' from '''first''' to '''last''' out to the array of objects prefixed by '''prefix'''.  The '''prefix''' option is very handy if all your states--or a subset of the states--have the same name.


==Using==
==Using==
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Image:1vls1_dimer.png|1VLS as a dimer using the split_states command.  Notice PyMOL automatically loads and orients the new molecules.
Image:1vls1_dimer.png|1VLS as a dimer using the split_states command.  Notice PyMOL automatically loads and orients the new molecules.
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= See Also =
*[http://www.rcsb.org/pdb/static.do?p=education_discussion/Looking-at-Structures/bioassembly_tutorial.html PDB Tutorial Biological Units]


[[Category:Commands|Split States]]
[[Category:Commands|Split States]]
[[Category:States|Split States]]
[[Category:States|Split States]]

Latest revision as of 09:26, 21 September 2012

Split_States splits and orients multiple models and multimers from the biological unit file into a set of single-state molecular objects.

Syntax

split_states object [, first [, last [, prefix ]]]

This splits the object from first to last out to the array of objects prefixed by prefix. The prefix option is very handy if all your states--or a subset of the states--have the same name.

Using

To use split_states simply Load your molecule

# example usage
load fileName.pdb1, name
split_states name
delete name

# split all the states to objects starting with conf
fetch 1nmr
split_states 1nmr, prefix=conf

Example

1VLS: A dimer.

load 1vls.pdb1, 1vls
split_states 1vls
dele 1vls

See Also