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water_n()
returning the refractive index of seawater and
freshwater as a function of wavelength and temperature.photobiology::thin_wl()
. Can
slightly change the result of computations and plot details."_filters"
to
avoid possible conflicts with other packages."what.measured"
.Code breaking update!
filter_mspct
objects,
in most cases each object contains data for filters from a single
supplier.Revise script used for creating filter data objects. To avoid problems with conversions to absorbance and taking into account that what can be really measured is that transmittance is below the detection limit of the instrument used, the minimum value of fractional transmittance has been forced to be 1 E-5, with the meaning of \< 1 E-5, consistently with the earlier encoding used for Schott optical glass filters.
Cleaned up the scripts I use for building the data objects. Decided so save storage space and to only include spectral transmittances expressed as fractions of one, now that the design of the code in the 'photobiology' package is getting stable. Revised the "catalogue of filters"" vignette to solve some plotting problems, and to simplify the code used.
.dt
to .spct
."filter.spc"
but no class
methods are yet defined."filter.spc"
objects has changed
and now they contain the data both as percentages and fractions.
This makes use easier, but wastes some storage space. Now
'photobiology' 0.3.0 or later is required.calc_filter_multipliers()
was moved to package
'photobiology'. However, this should be mostly invisible because the
whole photobiology package is imported.calc_filter_multipliers()
that affected the returned values (percents vs. fractions).Add the following code to your website.
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