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Config File

Option type

Default

Description

-v

--verbose

verbose

integer

0

Command line options do not need any values but can be repeated multiple times, configuration file option accepts single integer number.

-c file

--config=file

 

path

pyana.cfg

Name of the configuration file.

<ac:structured-macro ac:name="unmigrated-wiki-markup" ac:schema-version="1" ac:macro-id="233e62025bd107e2-96188801-444b46e2-aed5b476-3e000aeae3ed64307eceff1c"><ac:plain-text-body><![CDATA[

-C name

--config-name=name

 

string

 

If non-empty string is given then configuration will be read from section [pyana.name] in addition to [pyana].

]]></ac:plain-text-body></ac:structured-macro>

-l file

--file-list=file

file-list

path

 

The list of input data files will be read form a given file which must contain one file name per line.

-n number

--num-events=number

num-events

integer

0

Maximum number of events to process, this counter will include damaged events too.

-j name

--job-name=name

job-name

string

 

Sets job name which is accessible to user code via environment method. Default name is based on the input file names.

-m name

--module=name

modules

string

 

User analysis module(s). Command line options can be repeated several times, configuration file option accepts space-separated list of names.

-p number

--num-cpu=number

num-cpu

integer

1

Number of processes to run, if greater than 1 then multi-processing mode will be used.

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SciPy is installed as a part of the standard LCLS analysis releases. SciPy interactive features and Matlab-like API make it attractive for interactive use, but it can also be efficiently used in batch analysis jobs. There is extensive on-line documentation of both NumPy and SciPy.

Here is vary very brief example of using SciPy for integration of experimental data:

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