[Stochastic] // must be labelled Stochastic to get correct schedule, even though it isn't Stochastic
public static GibbsMarginal <TDist, T> MarginalGibbs <TDist, T>(
T Use, [IgnoreDependency] TDist Def,
GibbsMarginal <TDist, T> to_marginal)
where TDist : IDistribution <T>, Sampleable <T>
{
GibbsMarginal <TDist, T> result = to_marginal;
TDist marginal = result.LastConditional;
marginal.Point = Use;
result.LastConditional = marginal;
// Allow a sample to be drawn from the last conditional, and add it to the sample
// list and conditional list
result.PostUpdate();
return(result);
}
[Stochastic] // must be labelled Stochastic to get correct schedule, even though it isn't Stochastic
public static GibbsMarginal <TDist, TDomain> MarginalGibbs <TDist, TDomain>(
TDomain Def,
GibbsMarginal <TDist, TDomain> to_marginal)
where TDist : IDistribution <TDomain>, Sampleable <TDomain>
{
GibbsMarginal <TDist, TDomain> result = to_marginal;
TDist marginal = result.LastConditional;
marginal.Point = Def;
result.LastConditional = marginal;
// Allow a sample to be drawn from the last conditional, and add it to the sample
// list and conditional list
result.PostUpdate();
return(result);
}
public static GibbsMarginal <TDist, T> MarginalGibbs <TDist>(
IList <TDist> Uses,
T Def,
GibbsMarginal <TDist, T> to_marginal) // must not be called 'result', because its value is used
where TDist : IDistribution <T>, SettableToProduct <TDist>, SettableToRatio <TDist>, SettableTo <TDist>, Sampleable <T>
{
GibbsMarginal <TDist, T> result = to_marginal;
TDist marginal = result.LastConditional;
marginal.Point = Def;
result.LastConditional = marginal;
// Allow a sample to be drawn from the last conditional, and add it to the sample
// list and conditional list
result.PostUpdate();
return(result);
}
public static GibbsMarginal <TDist, T> MarginalGibbs <TDist, T>(
TDist Use,
[SkipIfUniform] TDist Def,
GibbsMarginal <TDist, T> to_marginal)
where TDist : IDistribution <T>, SettableToProduct <TDist>, Sampleable <T>
{
GibbsMarginal <TDist, T> result = to_marginal;
TDist marginal = result.LastConditional;
marginal.SetToProduct(Def, Use);
result.LastConditional = marginal;
// Allow a sample to be drawn from the last conditional, and add it to the sample
// list and conditional list
result.PostUpdate();
return(result);
}
public static GibbsMarginal <TDist, T> MarginalGibbs <TDist, T>(
T Use,
[SkipIfUniform] TDist Def,
GibbsMarginal <TDist, T> to_marginal) // must not be called 'result', because its value is used
where TDist : IDistribution <T>, Sampleable <T>
{
GibbsMarginal <TDist, T> result = to_marginal;
TDist marginal = result.LastConditional;
marginal.Point = Use;
result.LastConditional = marginal;
// Allow a sample to be drawn from the last conditional, and add it to the sample
// list and conditional list
result.PostUpdate();
return(result);
}
[Stochastic] // must be labelled Stochastic to get correct schedule, even though it isn't Stochastic
public static GibbsMarginal <TDist, T> MarginalGibbs <TDist>(
T[] Uses,
GibbsMarginal <TDist, T> to_marginal)
where TDist : IDistribution <T>, Sampleable <T>
{
GibbsMarginal <TDist, T> result = to_marginal;
TDist marginal = result.LastConditional;
if (Uses.Length != 1)
{
throw new ArgumentException("Uses.Length (" + Uses.Length + ") != 1");
}
marginal.Point = Uses[0];
result.LastConditional = marginal;
// Allow a sample to be drawn from the last conditional, and add it to the sample
// list and conditional list
result.PostUpdate();
return(result);
}
public static GibbsMarginal <TDist, T> MarginalGibbs <TDist>(
IList <T> Uses,
[SkipIfUniform] TDist Def,
GibbsMarginal <TDist, T> to_marginal) // must not be called 'result', because its value is used
where TDist : IDistribution <T>, SettableToProduct <TDist>, SettableToRatio <TDist>, SettableTo <TDist>, Sampleable <T>
{
if (Uses.Count > 1)
{
throw new ArgumentException("Uses.Count > 1");
}
GibbsMarginal <TDist, T> result = to_marginal;
TDist marginal = result.LastConditional;
marginal.Point = Uses[0];
result.LastConditional = marginal;
// Allow a sample to be drawn from the last conditional, and add it to the sample
// list and conditional list
result.PostUpdate();
return(result);
}