Nothing

```
#' Bin Probabilities
#'
#' Calculates the probability of bins/intervals within the dataspace defined by given breaks between them.
#'
#' @param Means Means of the GMM Components
#' @param SDs Standard Deviations of the GMM Components
#' @param Weights Weights of the GMM Components
#' @param Breaks Breaks Defining c-1 or c+1 bins (depending on LimitsAreFinite)
#' @param IsLogDistribution If True, the GMM is interpreted as a logarithmic
#' @param LimitsAreFinite If True, there are c+1 Bins, where the first and last bin are of inifinite size
#' @return Probabalities of either c-1 or c+1 bins/intervals (depending on LimitsAreFinite)
#' @author Florian Lerch
#' @export
#' @examples
#' Data = c(rnorm(50,1,2), rnorm(50,3,4))
#' NoBins = 20
#' breaks = seq(min(Data),max(Data), length.out=length(NoBins)+1)
#' BinProb4Mixtures(c(1,3), c(2,4), c(0.5,0.5), breaks)
BinProb4Mixtures <- function(Means, SDs, Weights, Breaks, IsLogDistribution = rep(F, length(Means)), LimitsAreFinite=T){
# calculates the probability of bins/intervals within the dataspace defined by the given breaks between them
# BinProbabilities <- BinProb4Mixtures(Means, SDs, Weights, Breaks)
# INPUT
# Means[1:m] Means of the GMM Components
# SDs[1:m] Standard Deviations of the GMM Components
# Weights[1:m] Weights of the GMM Components
# Breaks[1:c] Breaks Defining c-1 or c+1 bins (depending on LimitsAreFinite)
# IsLogDistribution If True, the GMM is interpreted as a logarithmic
# LimitsAreFinite If True, there are c+1 Bins, where the first and last bin are of inifinite size
# OUTPUT
# BinProbabilities Probabalities of either c-1 or c+1 bins/intervals (depending on LimitsAreFinite)
# Author: FL
res = CDFMixtures(Breaks,Means = Means, SDs = SDs, Weights = Weights, IsLogDistribution = IsLogDistribution)
cdfs = res$CDFGaussMixture #/ length(Means)
#cdfsSingle = res$CDFSingleGaussian
if(!LimitsAreFinite) cdfs = c(0, cdfs, 1)
lower = cdfs[1:(length(cdfs)-1)]
upper = cdfs[2:(length(cdfs))]
BinProbabilities = (upper-lower)
return(BinProbabilities = BinProbabilities)
}
```

**Any scripts or data that you put into this service are public.**

Embedding an R snippet on your website

Add the following code to your website.

For more information on customizing the embed code, read Embedding Snippets.