Closed Klankers closed 2 months ago
Add sensors to convert
and confirm that they can be converted. Coefficients are almost always stored in a .PDF, so the user would need to supply them (provide "defaults"?)
You could do optical recognition, there must be libraries for that in python, but you’d still want a manual check by the analyst.
On Mon, Jun 17, 2024 at 21:46 Aaron @.***> wrote:
Add sensors to convert and confirm that they can be converted. Coefficients are almost always stored in a .PDF, so the user would need to supply them (provide "defaults"?)
- P02: Sensor ID # 13 - CTDFLUOR (FLF-Fluorometer)
- OSNAP32: ECO-FLNTU addition to config
- OSNAP32: TURB/FLUOR to science units
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def seapoint_fluor(volts, coefs, decimals=6):
"""
_check_coefs(coefs, ["GainSetting", "Offset"])
# TODO: actual calibration/conversion/something?
# TODO: move this to different module? edge case since it's the only Seapoint
More context. Support for seapoint fluorometer as well.
Fluor, Xmiss equations unchanged in latest SBE documents. Added FLNTU functions (turb, CDOM chl sensors using gain function)
GO-SHIP doesn't use xmiss, fluor, or turb sensors outside of their engineering units, often reported as just a voltage.
Confirm that the functions present in CTDCAL all still work as intended and they are adequately documented.