stglib
Overview
Installation
Processing overview
Configuration files
Processing data with runots.py (use this!)
Atmospheric compensation
Processing waves
stglib.core.waves.make_waves_ds
stglib.core.waves.pressure_spectra
stglib.core.waves.transfer_function
stglib.core.waves.elevation_spectra
stglib.core.waves.define_cutoff
stglib.core.waves.make_tail
stglib.core.waves.make_moment
stglib.core.waves.make_Hs
make_Hs()
stglib.core.waves.make_Tm
stglib.core.waves.make_Tp
stglib.core.waves.make_diwasp_inputs
stglib.lib.pyDIWASP.dirspec
stglib.lib.pyDIWASP.infospec
stglib.core.waves.make_mwd
Instruments
AQUAscat1000R
EofE ECHOLOGGER
Geolux Wave Radar
Lowell Tilt Current Meter (TCM)
Nortek instruments
Onset HOBO
QRev data
RBR instruments
SonTek IQ
Sea-Bird instruments
Sequoia Scientific LISST
Teledyne RDI instruments
TruBlue
Vaisala WXT536
WET Labs ECO
YSI EXO
Imagenex Sonar
Marotte Tilt Current Meter
Miscellaneous
Turnaround scripts
API Documentation
Contributing to stglib
Instrument Abbreviation Table
stglib
Processing waves
stglib.core.waves.make_Hs
View page source
stglib.core.waves.make_Hs
stglib.core.waves.
make_Hs
(
m0
)
Compute significant wave height as 4 * np.sqrt(m0)