generate.HL.inputs: Produce Hydrolight-compatible input files for RTE simulations...

In belasi01/Riops: IOPs data processing

Produce Hydrolight-compatible input files for RTE simulations using measured IOPs

Description

Produce Hydrolight-compatible input files for RTE simulations using measured IOPs

Usage

generate.HL.inputs(IOP, Absorption.meter = "ASPH",
  Attenuation.meter = "HS6", Backscattering.meter = "HS6",
  bbp.tilde = 0.018, waves = seq(400, 700, 5), Zmax = 50,
  delta.Z = 1, Station = "ST")

Arguments

IOP	is a list returned by the function correct.merge.IOP.profile.
Absorption.meter	is the instrument acronyme for the absorption meter (i.e. "ASPH", "AC9", "ACS"). Default is Absorption.meter="ASPH"
Attenuation.meter	is the instrument acronyme for the attenuation meter (i.e. "AC9", "ACS", "BB9", "HS6"). Note that if a backscattering meter is put for attenuation, c is computed using a and bbp. In this case, the user need to provide the bacskatteting ratio (bbp.tilde) to estimate bp (bp = bbp/bbp.tilde) Default is Attenuation.meter="HS6"
Backscattering.meter	is the instrument acronyme for the backscattering meter (i.e. BB9, BB3, HS6). If NA, then no bbp file is output. Default is Backscattering.meter="HS6"
bbp.tilde	is the backscattering ratio need to compute the beam attenuation if only bbp is measured. Default is bbp.tilde=0.018 (i.e. from Petzold VSF)
waves	is a vector of wavelengths to include in the output file
Zmax	is the maximum depth to include in the output file
delta.Z	is the depth interval
Station	is the station ID

Author(s)

Simon Belanger

belasi01/Riops documentation built on Sept. 5, 2022, 6:38 p.m.