GoUctAdditiveKnowledge* GoUctKnowledgeFactory::Create(const GoBoard& bd)
{
KnowledgeType type = m_param.m_knowledgeType;
switch(type)
{
case KNOWLEDGE_NONE:
return 0;
case KNOWLEDGE_GREENPEEP:
return new GoUctAdditiveKnowledgeGreenpeep(bd,
GreenpeepParam());
break;
case KNOWLEDGE_RULEBASED:
return new GoUctAdditiveKnowledgeFuego(bd);
break;
case KNOWLEDGE_BOTH:
{
GoUctAdditiveKnowledgeFuego* f = new GoUctAdditiveKnowledgeFuego(bd);
SgUctValue scale = f->Scale();
SgUctValue minimum = f->Minimum();
GoUctAdditiveKnowledgeMultiple* m =
new GoUctAdditiveKnowledgeMultiple(bd, scale, minimum,
m_param.m_combinationType);
m->AddKnowledge(f);
m->AddKnowledge(
new GoUctAdditiveKnowledgeGreenpeep(bd, GreenpeepParam()));
return m;
}
break;
default:
SG_ASSERT(false);
return 0;
}
}
GoAdditiveKnowledge*
GoUctKnowledgeFactory::CreateByType(const GoBoard& bd, KnowledgeType type)
{
switch(type)
{
case KNOWLEDGE_NONE:
return 0;
case KNOWLEDGE_GREENPEEP:
return new GoUctAdditiveKnowledgeGreenpeep(bd,
GreenpeepParam());
break;
case KNOWLEDGE_RULEBASED:
return new GoUctAdditiveKnowledgeFuego(bd);
break;
case KNOWLEDGE_FEATURES:
return m_featureKnowledgeFactory.Create(bd);
break;
case KNOWLEDGE_BOTH:
{
GoUctAdditiveKnowledgeFuego* f = new GoUctAdditiveKnowledgeFuego(bd);
float minimum = f->MinValue();
GoUctAdditiveKnowledgeMultiple* m =
new GoUctAdditiveKnowledgeMultiple(bd, minimum,
m_param.m_combinationType);
m->AddKnowledge(f);
m->AddKnowledge(
new GoUctAdditiveKnowledgeGreenpeep(bd, GreenpeepParam()));
return m;
}
break;
default:
SG_ASSERT(false);
return 0;
}
}