Notes for running scans: 1. when first turning on Agilent, set initial stuff > cd /users/annalisa/postVent/20180718 > AGmeasure TFAG4395Atemplate.yml 2. tweak arm alignment and offset PLL > sitemap (then IFO --> ALIGN and also PSL --> AUX) > to increase 3. make sure X-arm is misagligned (hit '! Misalign' button for ITMX, ETMX) 3. run scan > python AGfast.py startfreq stopfreq points FSR: > python AGfast.py 30e6 36e6 600 car: > python AGfast.py 31.68e6 31.78e6 300 hom4: > python AGfast.py 32.27e6 32.37e6 300 hom1: > python AGfast.py 32.84e6 32.93e6 300 hom5: > python AGfast.py 33.39e6 33.53e6 300 hom2: > python AGfast.py 33.95e6 34.06e6 300 hom3: > python AGfast.py 35.09e6 35.25e6 300 4. process scan > l <-- this gives name of scan latest_foo.txt > ./processData.sh latest_foo.txt [ref.h5py] <--- optional reference argument this creates a .txt, .pdf file 5. to make something a reference: > python makeHDF5.py scandata/parsed/{current}/foo_parsed.txt scandata/parsed/{current}/foo_parsed.h5py 6. save files to scandata/{reflector,cylinder}/{parsed,unparsed}/{CAR,HOM1,HOM2,HOM3,HOM4,HOM5}{_datetime}{_parsed,_unparsed}.{txt,pdf} - - - - - Agilent notes: 1. reset Agilent: sweep = continuous, display = hold max 2. to sweep marconi: > python marconiSweep.py startfreq stopfreq points 3. to grab Agilent data: > cd data > AGmeasure --getdata -i 192.168.113.105 this saves it in /data as AG...txt 4. plot data > ipython > %run plotSpec.py