Instrument control, GUIs, and glue code as one would in an optical spectroscopy laboratory.

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• trpl.py : time-resolved spectroscopy with proEM.

• metalenses_x.py : MEEP, S4 and numpy for simulating metasurfaces

• nist_atomic_spectra_database_levels.csv : atomic levels from NIST
• nist_atomic_spectra_database_lines.csv : atomic lines from NIST

• picoGeiger2ch.py : view of countrate from PicoHarp
• verdiGUI.py : GUI for controlling Verdi through RPi
• monitor : general purpose viewer of a time-changing var

• ADS1x15.py : to read ADC in Raspberry Pi
• DCC165C-HQ.py : read data from a Thorlabs camera
• cryopi.py : control RPi in cryostat
• cube.py : control Cube laser through serial connection
• flipmirror.py : control flipmirror using Raspberry Pi
• funcgen33120A.py : HP 33120A function / arbitrary waveform generator
• hayear_camera.py : brute-force automation of the hayear camera
• innova300.py : serial connection to the Innova 300.
• lakeshore.py : control the Lakeshore temp controller
• madcity.py : MadCity lab stages
• mmeter34401A.py : agilent 34401A via serial connection
• montana.py : control of the Montana cryostat through ethernet
• nanocube.py : nanopositioning near absolute zero
• nanopz.py : Newport NanoPZ stage
• pda36a.py : reading optical power from a Thorlabs photodiode
• picoharp.py : control PicoHarp
• powerE3631A.py : to-do
• remotePD.py : flask server for photodiode
• sony_camera.py : brute-force automation of Sony camera
• srsDG535.py : control DG 525 signal generator
• vega.py : to-do
• verdi.py : serial control of Verdi
• confocal.py : routines for performing confocal scans

• Manuals for some instruments.

• lightfield.py : controlling Lightfield from Python
• spe2py.py : importing spe files into Python
• speloader.py : importing sp2 files into Python

• Filter.ipynb : parsing filter data
• Filters.xlsx : transmission data for Semrock filters
• filters.pkl : Pandas dataframe with filter data
• sugar.py : ringing bells and others