> On 29 May 2019, at 21:57, Eric Barnhill wrote:
>
> At the end of the day, like we just saw on the user list today. users are
> going to come around with arrays and want to get the mean, median,
> variance, or quantiles of that array. The easiest way to do this is to have
> some sort of
On 29/05/2019 12:50, Gilles Sadowski wrote:
Hello.
Le mar. 28 mai 2019 à 20:36, Alex Herbert a écrit :
On 28 May 2019, at 18:09, Eric Barnhill wrote:
The previous commons-math interface for descriptive statistics used a
paradigm of constructing classes for various statistical functions
At the end of the day, like we just saw on the user list today. users are
going to come around with arrays and want to get the mean, median,
variance, or quantiles of that array. The easiest way to do this is to have
some sort of static method that delivers these:
double mean =
Hello.
Le mar. 28 mai 2019 à 20:36, Alex Herbert a écrit :
>
>
>
> > On 28 May 2019, at 18:09, Eric Barnhill wrote:
> >
> > The previous commons-math interface for descriptive statistics used a
> > paradigm of constructing classes for various statistical functions and
> > calling evaluate().
> On 28 May 2019, at 18:09, Eric Barnhill wrote:
>
> The previous commons-math interface for descriptive statistics used a
> paradigm of constructing classes for various statistical functions and
> calling evaluate(). Example
>
> Mean mean = new Mean();
> double mn = mean.evaluate(double[])
The previous commons-math interface for descriptive statistics used a
paradigm of constructing classes for various statistical functions and
calling evaluate(). Example
Mean mean = new Mean();
double mn = mean.evaluate(double[])
I wrote this type of code all through grad school and always found
