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| =Introduction to SIS= | = Introduction to SIS = |
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| ==Getting started== | == Getting started == |
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| SIS is available on a couple of the control room machines and on menkar.ligo.caltech.edu (fast). | SIS is available on a couple of the control room machines (e.g. rossa) and on menkar.ligo.caltech.edu (fast). |
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| There is a SIS directory on the 40m SVN which contains some ongoing work on e.g. LG33 beams. | There is a SIS directory on the 40m SVN (https://nodus.ligo.caltech.edu:30889/svn/trunk/SIS/)which contains some ongoing work on e.g. LG33 beams. |
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| ==Things you might want to do== | To run SIS type ''sis'' at the command line. This will open the program and give you a choice of configurations. |
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| ===Define a simulation=== | Typing e.g. ''FP'' will open a simulation of a single Fabry-Perot arm cavity. |
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| Type lock | |
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| ===Lock a cavity=== | == Things you might want to do == |
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| ===Sweep the cavity length=== | === Define a simulation === === Lock a cavity === === Run simulations in a loop === === Sweep the cavity length === === Use your own mirror map === |
Introduction to SIS
The SIS manual is available [https://dcc.ligo.org/cgi-bin/private/DocDB/ShowDocument?docid=160 here].
Getting started
SIS is available on a couple of the control room machines (e.g. rossa) and on menkar.ligo.caltech.edu (fast).
There is a SIS directory on the 40m SVN (https://nodus.ligo.caltech.edu:30889/svn/trunk/SIS/)which contains some ongoing work on e.g. LG33 beams.
To run SIS type sis at the command line. This will open the program and give you a choice of configurations.
Typing e.g. FP will open a simulation of a single Fabry-Perot arm cavity.
Type lock
Things you might want to do
Define a simulation
Lock a cavity
Run simulations in a loop
Sweep the cavity length