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Workspace Method ybatchColdAtmHotAtmCycle

Description

Computes ybatch from input using standard calibration scheme of
a cycle through cold-atm-hot-atm-cold-... observations

Computes for every full cycle reaching a new hot or cold:
    y = cold_temp + (hot_temp - cold_temp) * (atm - cold) / (hot - cold)

Assumes data is ordered as Cold-Atm-Hot-Atm-Cold-Atm-Hot-Atm-...,
but Cold does not have to be at data[0], instead the first cold
position is set by *first_c_index*, which defaults to 0 but can be any positive
index so that level0_data[*first_c_index*] is a cold-measurements.  Note that if
*first_c_index* is larger than 1, then the first output data will be around the
observation cycle -HAC-, where H is at *first_c_index*-2

Also returns the times of the Atm measurements in sensor_time
if the measurement's time data is provided

Authors: Richard Larsson

Synopsis

ybatchColdAtmHotAtmCycle(

ybatch, sensor_time, level0_data, level0_time, cold_temp, hot_temp, first_c_index )

Variables

OUT	ybatch	(ArrayOfVector)	Batch of spectra.
OUT	sensor_time	(ArrayOfTime)	The time for each measurement block.
IN	level0_data	(ArrayOfVector)	List of L0 data.
IN	level0_time	(ArrayOfTime)	List of L0 times.
GIN	cold_temp	(Vector)	Cold load calibration temperature (must match level0_data length)
GIN	hot_temp	(Vector)	Hot load calibration temperature (must match level0_data length)
GIN	first_c_index	(Index, Default: 0)	Index offset of the first cold position