specbandwidth
The specbandwidth function determines the bandwidth of a narrowband spectral power distributions (SPDs) at one half peak maximum or other thresholds.
The specbandwidth function determines the bandwidth of a narrowband spectral power distributions (SPDs) at one half peak maximum or other thresholds.
The speccentroid function determines the spectral centroid or “center of mass” for any given spectral power distribution.
The specpeak function determines the spectral peak wavelength for any given spectral power distribution.
The specspread functions determines the standard deviation of spectral centroids, also called spectral spread.
The speceval function evaluates spectral power distribution(s) for several parameters.
Creates spectral radiance data for a Tregenza hemisphere with 145 patches for CIE sky types 3 and 12
Calculates the spectral radiant exitance M of a Planck radiator for a given black body temperature
Weights given spectra with provided reference weighting functions and returns the integrated values
Returns the α-opic or blue light hazard luminous efficacy K for any given spectral power distribution
Creates a sRGB colour image from a hyperspectral image matrix
Creates an illustration of spectral false colour slices of several input spectra
Calculates the normalized CIE 1960 Uniform Colour Space (UCS) coordinates u,v,w for a given spectral power distribution
Triggers a measurement of a JETI specbos spectroradiometer
Creates a serial connection to a JETI specbos spectroradiometer
Creates a statistical evaluation of an arbitrary number of spectra and plots the mean values, standard deviation and the minima and maxima values
Derives a photometric or radiometric image from a hyper-spectral image matrix
Derives the Correlated Colour Temperature (CCT) for a given spectral power distribution (SPD)
Calculates the corresponding spectral daylight distribution for a given CCT
Evaluates the Blue Light Hazard for a given spectral radiance L according to CIE S 009
Contains various reference spectra provided by the CIE