AutoMsa ( self )

Determine the instability factor p automatically.

BadTable ( self )

Make a listing of the reflections with the worst chi**2 values

Returns the lines printed by the any program.

Cwd ( self )

Retrieve the current working directory

ExpStatus ( self,  expstatus=None )

Get or set the experiments that are used in calculations.

If no expstatus is specified, the current setting is retrieved. The result is a list of 2-tuples (experiment,0 or 1). If any experiment is partially used, an exception is raised.

If a expstatus is specified it should take the same form.

ExpTable ( self )

Make a summary table as function of the scan number

Returns the lines printed by the any program.

ExperimentList ( self )

Make an experiment list.

Returns the lines printed by the any program.

FlagFilterTable ( self )

Make a listing of all allowed reflection flags.

Returns the lines printed by the any program.

FlagStatus ( self,  flagstatus=None )

Get or set the flags that are acceptable for the data set.

If no flagstatus is specified, the current setting is retrieved. The result is a list of 2-tuples (flagname,0 or 1).

If a flagstatus is specified it should take the same form.

FlagTable ( self )

Make a listing of all reflection flags.

Returns the lines printed by the any program.

GetPointGroup ( self )

Retrieve the currently active point group

GetThetaLimits ( self )

Retrieve the currently active theta boundaries

IntensityTable ( self,  number=10 )

Make a summary table as function of the intensities.

Returns the lines printed by the any program.

LostTable ( self )

Make a listing of reflections for which all measurements were rejected.

Returns the lines printed by the any program.

Msa ( self,  msa )

Set the instability factor p

NequivTable ( self )

Make a summary table as function of the number of equivalents

Returns the lines printed by the any program.

PointGroupTable ( self )

Make a summary table for each Laue group.

Returns the lines printed by the any program.

Read ( self,  yfile )

Instruct any to read another .y file.

Reject ( self,  level )

Set the reject level (number of sigma's)

RejectTable ( self )

Make a listing of rejected reflections.

Returns the lines printed by the any program.

SaveJana ( self )

Save data in JANA format into jana.hkl

SaveSad ( self )

Save data in SADABS format into shelx.sad

SaveTwinabs (
        self,
        filename2,
        outputfilename,
        cmd='twinabs',
        )

Save data in TWINABS format into the given outputfilename.

Savehkl4 ( self,  filename )

Save data in HKLF4 format into the specified file

Savehkl5 (
        self,
        filename2,
        outputfilename,
        cmd='hklf5',
        )

Save data in HKLF5 format.

The currently loaded data together with the data in filename2 (also a .y file) will be written into outputfilename in such a way that shelx will be able to recognize the data from the 2 different crystals in the twin.

SetPointGroup ( self,  pointgroup )

Change the point group to the given value

SetThetaLimits (
        self,
        low,
        high,
        )

Set the theta limits

Setnnomore ( self,  n )

Set the maximum number of lines in a listing

ShellTable ( self )

Make a summary table as function of the resolution shells.

Returns the lines printed by the any program.

ShoePath ( self )

Retrieve the current working directory

ShoeboxTable ( self )

Make a summary table as function of the shoe box file number

Returns the lines printed by the any program.

Sigma ( self,  sigma )

Set the weak-level in any to the given number of standard deviations.

Returns the lines printed by the any program.

TotalTable ( self )

Make a summary table.

Returns the lines printed by the any program.

UnavailableTable ( self )

Make a listing of reflections that were not measured.

Returns the lines printed by the any program.

__del__ ( self )

Destructor.

Closes the connection to any in a soft way.

__init__ ( self,  yfile )

Constructor.

Will start any on the named .y file

answer ( self,  s )

Send s as answer on the current question.

anycmd ( self,  s )

Low-level routine to send a command in string s to the any program.

asking ( self,  s )

Return true if s appears in the prompt.