fluo	cdom	bb	tran	synthesis	tri	Tri_Qc
MED_NW_B02_6900677	pdf	pdf	pdf	pdf	pdf	pdf	pdf
NAT_IB_B03_6900678	pdf	pdf	pdf	pdf	pdf
NAT_IS_B01_6900676	pdf	pdf	pdf	pdf	pdf
PAC_NO_B05_6900680	pdf	pdf	pdf	pdf	pdf	pdf	pdf
PAC_NO_B08_6900681	pdf	pdf	pdf	pdf	pdf	pdf	pdf
PAC_SO_B04_6900682	pdf	pdf	pdf	pdf	pdf	pdf	pdf
PAC_SO_B07_6900683	pdf	pdf	pdf	pdf	pdf

For now we have 2 QC applied on the IOP

Function_QC_range.R

Globalmin = 4CN * scale

Globalmax = an aberrant value

The 1^st and last data is flag

Function_QC_spike.R

Test_Coriolis = (abs( V2 - (V3 + V1) /2 ) - abs( (V3 - V1) /2 ))

Q = quantile((10pts before and 10 pts after) ,0.75)

If Test_Coriolis > 5*Test_Quantile then the data V1 is flag

For now we have 1 QC apply only for the transmissometers

Function_QC_trans.R (it is not perfect, but we can flag all the profiles)

Q = quantile (all_data, 0.05)

Is value > 10 * Q then the 1^st and last value is flag