Move spectra for multichannel LED arrays from
leds.mspct to a new object
led_arrays.mspct.
Add data for a second custom-assembled 120W, 12-channel LED
array.
Rebuild all data objects with ‘photobiology’ (== 0.14.0), using less
aggressive wavelength thinning: size of objects has increased and
spectral features are better preserved.
photobiologyLEDs 0.5.2
Rebuild all data objects with ‘photobiology’ (== 0.11.0).
Add missing metadata to spectra when possible.
Add COB_dimming.tb with summaries from
COB_dimming.mspct.
Add data for a custom-assembled 120W, 12-channel LED array.
photobiologyLEDs 0.5.1
Add data for one LED.
Rebuild documentation for HTML5 compliance.
photobiologyLEDs 0.5.0
This is a major and code-breaking update. Naming conventions have
changed and many new spectra have been added. Previously included
spectra have in most cases been recomputed and may slightly differ from
earlier versions of the same data. In part this was done to reduce the
size of the data objects, making it possible to include more spectra
while keeping the size of the package reasonable.
Revise for ‘ggspectra’ (>= 0.3.1).
Rebuild all data objects with ‘photobiology’ (== 0.10.10) taking
care that all individual spectra in leds.mspct are
normalized (an exception are multichannel LEDs).
Apply function photobiology::thin_wl() to all spectra
to reduce their stored size.
Add data for new LED types and update the metadata of most of those
carried over from earlier versions.
Add COB_dimming.mspct with data for constant current
dimming.
Add COB_reflectors.mspct with data for three different
reflectors.
Add new lists of LEDs by intended use.
CODE BREAKING: change naming convention for members of the
collection of spectra. Now names consist of “brand” and type, and use
underscores.
CODE BREAKING: lists of LEDs by colour are now based on the
wavelength at the peak of emission. We use ISO-standard wavelength
boundaries for colours of visible radiation, except for purple < 400
nm. For ultraviolet we follow ISO. All broad-spectrum LEDs are listed as
white.
Rewrite/revise all scripts used to prepare the spectral data.
Migrate Git repository from Bitbucket to GitHub.
photobiologyLEDs 0.4.3-1
Fix dependency on a non-.0 version of R.
photobiologyLEDs 0.4.3
Add data for additional LED types, and rebuild all data
objects.
Fix minor bug.
Revise User Guide and remove the Catalogue of data vignette.
photobiologyLEDs 0.4.2
Store spectral data in a single collection of spectra.
Provide vectors of names to extract non-orthogonal subsets.
At the moment by color and by manufacturer.
Add spectral data for additional LEDs.
Convert vignette to Rmarkdown.
Add User Guide.
photobiologyLEDs 0.4.1
Not submitted to CRAN and very short lived. (It was a bad
start into a major reorganization of the data.)
photobiologyLEDs 0.3.2
Trimmed Norlux data to 250..900 nm, and added source_mspct
objects for multi-channel arrays.
Rebuild data and the package with photobiology 0.8.5.
photobiologyLEDs 0.3.1
Rebuild all data and the package with photobiology 0.8.0.
photobiologyLEDs 0.3.0
Added data for LUMITRONIX LED array.
Rebuild all data and the package with photobiology 0.6.0.
photobiologyLEDs 0.2.2
Added data for UVMAX LEDs.
photobiologyLEDs 0.2.1
Rebuilt data objects with photobiology 0.5.7 and updated the
vignettes to use photobiologygg 0.2.5 functions.
photobiologyLEDs 0.2.0
Updated required version of photobiology package to 0.5.1, which
required a small edit to the User Guide.
photobiologyLEDs 0.1.3
Updated required version of photobiology package.
photobiologyLEDs 0.1.2
Data updated by reprocessing raw measurements using current version
of MayaCalc.
Rebuilt spectral objects with current version of photobiology
package.
Revised the vignette to use the new plot.source.spct()
function.
Added data for Tao Yuan UVB LED.
photobiologyLEDs 0.1.1
Data updated by reprocessing raw measurements using current version
of MayaCalc.