Le ven. 19 juil. 2019 à 16:47, Alex Herbert a écrit :
>
> On 19/07/2019 15:09, Gilles Sadowski wrote:
> > Hi.
> >
> > Le ven. 19 juil. 2019 à 15:31, Alex Herbert a
> > écrit :
> >> On 19/07/2019 14:15, Gilles Sadowski wrote:
> >>> Hello.
> >>>
> >>> Le ven. 19 juil. 2019 à 14:27, Alex Herbert
On 19/07/2019 15:09, Gilles Sadowski wrote:
Hi.
Le ven. 19 juil. 2019 à 15:31, Alex Herbert a écrit :
On 19/07/2019 14:15, Gilles Sadowski wrote:
Hello.
Le ven. 19 juil. 2019 à 14:27, Alex Herbert a écrit :
One principle reason for SharedStateDiscreteSampler
and
Hi.
Le ven. 19 juil. 2019 à 15:31, Alex Herbert a écrit :
>
> On 19/07/2019 14:15, Gilles Sadowski wrote:
> > Hello.
> >
> > Le ven. 19 juil. 2019 à 14:27, Alex Herbert a
> > écrit :
> >> One principle reason for SharedStateDiscreteSampler
> >> and SharedStateContinuousSampler is to simplify
On 19/07/2019 14:15, Gilles Sadowski wrote:
Hello.
Le ven. 19 juil. 2019 à 14:27, Alex Herbert a écrit :
One principle reason for SharedStateDiscreteSampler
and SharedStateContinuousSampler is to simplify the current design approach
for samplers that use internal delegates to provide
Hello.
Le ven. 19 juil. 2019 à 14:27, Alex Herbert a écrit :
>
> One principle reason for SharedStateDiscreteSampler
> and SharedStateContinuousSampler is to simplify the current design approach
> for samplers that use internal delegates to provide optimised algorithms.
> However this creates an
One principle reason for SharedStateDiscreteSampler
and SharedStateContinuousSampler is to simplify the current design approach
for samplers that use internal delegates to provide optimised algorithms.
However this creates an inefficient outer class that is just wrapping the
implementation.
The
This interface has been added in v1.3:
/**
* Applies to samplers that can share state between instances. Samplers can be
created with a
* new source of randomness that sample from the same state.
*
* @param Type of the sampler.
* @since 1.3
*/
public interface SharedStateSampler {
/**
