"minuun", "minulla", "minulta", "minulle", "sinä", "sinun", "sinut", "sinua", "sinussa", "sinusta", "sinuun", "sinulla", "sinulta", "sinulle", "hän", "hänen", "hänet", "häntä", "hänessä", "hänestä", "häneen", "hänellä", "häneltä", "hänelle", "me", "meidän", "meidät", "meitä", "meissä", "meistä", "meihin", "meillä", "meiltä", "meille", "te", "teidän", "teidät", "teitä", "teissä", "teistä", "teihin", "teillä", "teiltä", "teille", "he", "heidän", "heidät", "heitä", "heissä", "heistä", "heihin", "heillä",...

Math.exp(2*nm+nv));},get standardDeviation(){return Math.sqrt(this.variance);},get median(){return Math.exp(this.normalDistribution_.mean);},get mode(){return Math.exp(this.normalDistribution_.mean-
this.normalDistribution_.variance);}};Statistics.LogNormalDistribution.fromMedianAndDiminishingReturns=function(median,diminishingReturns){diminishingReturns=Math.log(diminishingReturns/median);const shape=Math.sqrt(1-3*diminishingReturns-

  let description = [{
implementation uses a binary search requiring exactly 32 passes over
the input data. The running time is linear with respect to input
size. The median-of-medians algorithm is probably faster, but is
difficult to implement efficiently in XLA. The implementation imposes
a total ordering on floats. The ordering is consistent with the usual