Convert an R object into a spectrum object.
Sets the class attribute of a data.frame or an object of a derived class to "generic_spct".
setGenericSpct(x, multiple.wl = 1L, idfactor = NULL)
setCalibrationSpct(
x,
strict.range = getOption("photobiology.strict.range", default = FALSE),
multiple.wl = 1L,
idfactor = NULL
)
setRawSpct(
x,
strict.range = getOption("photobiology.strict.range", default = FALSE),
multiple.wl = 1L,
idfactor = NULL
)
setCpsSpct(
x,
time.unit = "second",
strict.range = getOption("photobiology.strict.range", default = FALSE),
multiple.wl = 1L,
idfactor = NULL
)
setFilterSpct(
x,
Tfr.type = c("total", "internal"),
Rfr.constant = NA_real_,
thickness = NA_real_,
attenuation.mode = NA,
strict.range = getOption("photobiology.strict.range", default = FALSE),
multiple.wl = 1L,
idfactor = NULL
)
setReflectorSpct(
x,
Rfr.type = c("total", "specular"),
strict.range = getOption("photobiology.strict.range", default = FALSE),
multiple.wl = 1L,
idfactor = NULL
)
setObjectSpct(
x,
Tfr.type = c("total", "internal"),
Rfr.type = c("total", "specular"),
strict.range = getOption("photobiology.strict.range", default = FALSE),
multiple.wl = 1L,
idfactor = NULL
)
setResponseSpct(
x,
time.unit = "second",
response.type = "response",
multiple.wl = 1L,
idfactor = NULL
)
setSourceSpct(
x,
time.unit = "second",
bswf.used = c("none", "unknown"),
strict.range = getOption("photobiology.strict.range", default = FALSE),
multiple.wl = 1L,
idfactor = NULL
)
setChromaSpct(x, multiple.wl = 1L, idfactor = NULL)x |
data.frame, list or generic_spct and derived classes |
multiple.wl |
numeric Maximum number of repeated w.length entries with same value. |
idfactor |
character Name of factor distinguishing multiple spectra when stored logitudinally (required if mulitple.wl > 1). |
strict.range |
logical Flag indicating whether off-range values result in an error instead of a warning. |
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. |
Tfr.type |
character A string, either "total" or "internal". |
Rfr.constant |
numeric The value of the reflection factor (/1). |
thickness |
numeric The thickness of the material. |
attenuation.mode |
character One of "reflection", "absorption" or "mixed". |
Rfr.type |
character A string, either "total" or "specular". |
response.type |
a character string, either "response" or "action". |
bswf.used |
character A string, either "none" or the name of a BSWF. |
x
setCalibrationSpct: Set class of a an object to "calibration_spct".
setRawSpct: Set class of a an object to "raw_spct".
setCpsSpct: Set class of a an object to "cps_spct".
setFilterSpct: Set class of an object to "filter_spct".
setReflectorSpct: Set class of a an object to "reflector_spct".
setObjectSpct: Set class of an object to "object_spct".
setResponseSpct: Set class of an object to "response_spct".
setSourceSpct: Set class of an object to "source_spct".
setChromaSpct: Set class of an object to "chroma_spct".
This method alters x itself by reference and in addition returns x invisibly.
For non-diffusing materials like glass an approximate Rfr.constant
value can be used to interconvert "total" and "internal" transmittance
values. Use NA if not known, or not applicable, e.g., for materials
subject to internal scattering.
Other set and unset spectral class functions:
rmDerivedSpct()
my.df <- data.frame(w.length = 300:309, s.e.irrad = rep(100, 10)) is.source_spct(my.df) setSourceSpct(my.df) is.source_spct(my.df)
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