cielch2lab
Transforms CIE LCh chromaticity coordinates to the alternative L*a*b* model
Transforms CIE LCh chromaticity coordinates to the alternative L*a*b* model
Reads α-opic image data from the αΩ-meter
Determines the CIE general standard sky type for a given luminance distribution of a Tregenza hemisphere as described by Kobav et al.
Calculates the normalized CIE 1960 Uniform Colour Space (UCS) coordinates u,v,w for a given spectral power distribution
Calculates the transformation of CIE L*a*b* chromaticity coordinates to CIE 1931 x,y,z chromaticity coordinates
Triggers a measurement of a JETI specbos spectroradiometer
Creates a serial connection to a JETI specbos spectroradiometer
Calculates the resulting horizontal and vertical illuminances for a given Tregenza luminance distribution
Read a luminance camera .pf image file.
Creates a false-colour illustration for a given data set
Creates a directogram plot of a Tregenza sky hemisphere
Creates a 2D illustration of the Tregenza sky hemisphere
Creates a statistical evaluation of an arbitrary number of spectra and plots the mean values, standard deviation and the minima and maxima values
Creates an iso-line, iso-colour or false-colour plot for a given mesh-grid and the according data
Creates an isoline false colour illustration for a given data distribution on a surface
Creates an isoline illustration for a given data distribution on a surface
Derives a photometric or radiometric image from a hyper-spectral image matrix
Transforms spectra to MATLAB/Octave sRGB values
Allows for easy figure export in Matlab and Octave
Imports the luminous intensity distribution curve from EULUMDAT files