Antonino Ingargiola Final X input  almost 8 years ago

Commit id: a28b4d59ca9c5e349249d7f9dc673cbce947f6cb

deletions | additions      

       

due to different quantum yields of donor and acceptor dyes and/or  different photon detection efficiencies of donor and acceptor channels.  An alternative method to applythe  $\gamma$ correction is to  discard consist in  discarding  a constant fraction of photons chosen randomly from either the D\textsubscript{em} or A\textsubscript{em} photon stream~\cite{Nir_2006}. This   simple method transforms the measurement data in order to  achieve $\gamma=1$, overcoming the issue of selection bias between populations.         

due to different quantum yields of donor and acceptor dyes and/or  different photon detection efficiencies of donor and acceptor channels.  An alternative method to applythe  $\gamma$ correction is to  discard consist in  discarding  a constant fraction of photons chosen randomly from either the D\textsubscript{em} or A\textsubscript{em} photon stream~\cite{Nir_2006}. This   simple method transforms the measurement data in order to  achieve $\gamma=1$, overcoming the issue of selection bias between populations. 

Models can be created from arbitrary functions.   FRETBursts includes predefined (i.e. built-in) models   such as 1 1-  to 3 Gaussian 3-Gaussian  peaks or 2-Gaussian connected by a flat plateau. ``plateau''.  The latter is an empirical model that which  can be used to more accurately fit the center values of two populations  when the peaks are connected by intermediate-FRET bursts  (for the analytical definition of this function see the documentation,          

Models can be created from arbitrary functions.   FRETBursts includes predefined (i.e. built-in) models   such as 1 1-  to 3 Gaussian 3-Gaussian  peaks or 2-Gaussian connected by a flat plateau. ``plateau''.  The latter is an empirical model that which  can be used to more accurately fit the center values of two populations  when the peaks are connected by intermediate-FRET bursts  (for the analytical definition of this function see the documentation,