Enter settings defining a sequence of spectra to be measured as a time series.
Usage
set_seq_interactive(
seq.settings = list(start.boundary = "second", initial.delay = 0, step.delay = 0,
num.steps = 1),
measurement.duration = 0,
minimum.step.delay = measurement.duration,
time.division = 0
)Arguments
- seq.settings
numeric Definition of time steps for a sequence of repeated measurements. Named vector with member named
start.boundary,"initial.delay","step.delay", and"num.steps".- measurement.duration
numeric Duration of one measurement event (s).
- minimum.step.delay
numeric Minimum duration of
"step.delay"(s).- time.division
numeric The step is forced to be a multiple of this time duration, because spectrometers normally are constantly acquiring spectra and thbey return the most recently acquired one. Should be set to the integration time plus a very small overhead (s).
Details
Function seq.settings() allows users to enter values needed
to define a sequence of spectral acquisitions. These are the time unit
boundary to synchronize to, the delay or duration of the time
step between successive acquisitions and the number of acquisitions in the
series. The measurement.time determines the minimum length for
"step".
A sequence of measurements are expected to share a single reference or dark scan, and be done as a sequence. With a single time point, the initial delay or time unit boundary can be used to schedule a single timed measurement.
See also
Other interactive acquisition utility functions:
choose_ch_interactive(),
choose_sr_interactive(),
f.trigger.message(),
list_srs_interactive(),
protocol_interactive(),
set_attributes_interactive(),
set_folder_interactive(),
set_session_name_interactive(),
set_user_name_interactive(),
tune_interactive()