"High dynamic range" software, such as Luminance HDR and some cameras' built-in software, can take multiple photos taken with different exposures in quick succession and merge them for very great dynamic range, often with arguably-attractive distorting "tonemapping" to display this range in apparently correct relation on the limited brightness range of a monitor or paper.
This yields an output brightness range of [1,∈−2.3, which is normalized afterwards to the desired maximum value. We have chosen ∈ = 0.01.
Furthermore, they exhibited rather stable colors and high CRI over a wide brightness range of 102 104 cd/m2 and yielded electroluminescence efficiencies of up to 10.3%, 24.0 cd/A and 16.4 lm/W for the forward directions.
Here, we define the amplitude as the brightness range normalized by the average stellar brightness, in which the lower 99% of the distribution of the brightness difference from average, except for the flares, are included.
It is found that the deposition rate and brightness range significantly depend on the geometric structure of the Cr III -ligand complex ions.
The study of contrast sensitivity [44] shows that contrast is mainly dependent on the brightness and the dynamic range of the image.
The dynamic range of the brightness temperature image is defined by the ratio between the peak brightness and the standard deviation of the sky region.
Z-stacks were reduced to the composite image only for the presentation purposes, by projecting individual layers, with centromeres in focus, onto a common plane and the identical brightness range was kept for all comparable panels of any given Figure.
Such two-component white organic light-emitting devices exhibited rather stable colors over a wide brightness range and yielded electroluminescence efficiencies of 15.3%, 33.3 cd/A, and 22.7 lm/W in the forward directions.
