Usage
source_spct(w.length = NULL, s.e.irrad = NULL, s.q.irrad = NULL,
time.unit = c("second", "day", "exposure"), bswf.used = c("none",
"unknown"), comment = NULL, strict.range = FALSE, ...)
raw_spct(w.length = NULL, counts = NA_real_, comment = NULL,
instr.desc = NA, instr.settings = NA, ...)
cps_spct(w.length = NULL, cps = NA_real_, comment = NULL,
instr.desc = NA, instr.settings = NA, ...)
generic_spct(w.length = NULL, comment = NULL, ...)
response_spct(w.length = NULL, s.e.response = NULL, s.q.response = NULL,
time.unit = c("second", "day", "exposure"), comment = NULL, ...)
filter_spct(w.length = NULL, Tfr = NULL, Tpc = NULL, A = NULL,
Tfr.type = c("total", "internal"), comment = NULL, strict.range = FALSE,
...)
reflector_spct(w.length = NULL, Rfr = NULL, Rpc = NULL,
Rfr.type = c("total", "specular"), comment = NULL, strict.range = FALSE,
...)
object_spct(w.length = NULL, Rfr = NULL, Tfr = NULL,
Tfr.type = c("total", "internal"), Rfr.type = c("total", "specular"),
comment = NULL, strict.range = FALSE, ...)
chroma_spct(w.length = NULL, x, y, z, comment = NULL,
strict.range = FALSE, ...)Arguments
w.length
numeric vector with wavelengths in nanometres
s.e.irrad
numeric vector with spectral energy irradiance in [W m-2
nm-1] or [J d-1 m-2 nm-1]
s.q.irrad
numeric A vector with spectral photon irradiance in [mol s-1
m-2 nm-1] or [mol d-1 m-2 nm-1].
time.unit
character string indicating the time unit used for spectral
irradiance or exposure ("second" , "day" or "exposure") or an object of
class duration as defined in package lubridate.
bswf.used
character A string indicating the BSWF used, if any, for
spectral effective irradiance or exposure ("none" or the name of the BSWF).
comment
character A string to be added as a comment attribute to the
object created.
strict.range
logical Flag indicating whether off-range values result
in an error instead of a warning.
...
other arguments passed to data_frame()
counts
numeric vector with raw counts expressed per scan
cps
numeric vector with linearized raw counts expressed per second
s.e.response
numeric vector with spectral energy irradiance in W m-2
nm-1 or J d-1 m-2 nm-1
s.q.response
numeric vector with spectral photon irradiance in mol s-1
m-2 nm-1 or mol d-1 m-2 nm-1
Tfr
numeric vector with spectral transmittance as fraction of one
Tpc
numeric vector with spectral transmittance as percent values
A
numeric vector of absorbance values (log10 based)
Tfr.type
character string indicating whether transmittance values are
"total" or "internal" values
Rfr
numeric vector with spectral refletance as fraction of one
Rpc
numeric vector with spectral reflectance as percent values
Rfr.type
character A string, either "total" or "specular".
x, y, z
numeric colour coordinates