/// <include file='FactorDocs.xml' path='factor_docs/message_op_class[@name="GammaProductOp_Laplace"]/message_doc[@name="AAverageConditional(Gamma, Gamma, Gamma, Gamma)"]/*'/>
public static Gamma AAverageConditional([SkipIfUniform] Gamma product, Gamma A, [SkipIfUniform] Gamma B, Gamma q)
{
return(ToGamma(GammaPowerProductOp_Laplace.AAverageConditional(GammaPower.FromGamma(product, 1), GammaPower.FromGamma(A, 1), GammaPower.FromGamma(B, 1), q, GammaPower.Uniform(1))));
}
public static Gamma Q(Gamma product, [Proper] Gamma A, [Proper] Gamma B)
{
return(GammaPowerProductOp_Laplace.Q(GammaPower.FromGamma(product, 1), GammaPower.FromGamma(A, 1), GammaPower.FromGamma(B, 1)));
}
/// <include file='FactorDocs.xml' path='factor_docs/message_op_class[@name="GammaProductOp_Laplace"]/message_doc[@name="LogAverageFactor(Gamma, Gamma, Gamma, Gamma)"]/*'/>
public static double LogAverageFactor(Gamma product, Gamma A, Gamma B, Gamma q)
{
return(GammaPowerProductOp_Laplace.LogAverageFactor(GammaPower.FromGamma(product, 1), GammaPower.FromGamma(A, 1), GammaPower.FromGamma(B, 1), q));
}
// derivatives of the factor marginalized over Product and A
private static double[] dlogfs(double b, Gamma product, Gamma A)
{
return(GammaPowerProductOp_Laplace.dlogfs(b, GammaPower.FromGamma(product, 1), GammaPower.FromGamma(A, 1)));
}
