return false;
}
return true;
}
void NestedIdentifier::appendIdentifier(Identifier* id)
{
id->parent = this;
identifier_list.push_back(id);
}
bool NestedIdentifier::isEqualImpl(const ASTNode& rhs, ASTNodeSet& visited) const
{
BEGIN_COMPARE()
COMPARE_MEMBER(identifier_list)
END_COMPARE()
}
bool NestedIdentifier::replaceUseWith(const ASTNode& from, const ASTNode& to, bool update_parent)
{
BEGIN_REPLACE()
REPLACE_USE_WITH(identifier_list)
END_REPLACE()
}
ASTNode* NestedIdentifier::clone() const
{
NestedIdentifier* cloned = new NestedIdentifier();
foreach(i, identifier_list) cloned->appendIdentifier(cast<Identifier>((*i)->clone()));
return cloned;
bool VTextureWeightmapChannelResource::DetailTextureProperties_t::operator == (const DetailTextureProperties_t &other) const
{
COMPARE_MEMBER(m_iTextureID);
COMPARE_MEMBER(m_iMaterialID);
COMPARE_MEMBER(m_vTilingAndOfs);
COMPARE_MEMBER(m_bUseThreeWayMapping);
COMPARE_MEMBER(m_spDiffuseTexture);
COMPARE_MEMBER(m_spNormalmapTexture);
COMPARE_MEMBER(m_spSpecularTexture);
COMPARE_MEMBER(m_fBakePriority);
COMPARE_MEMBER(m_sDiffuseTexFile);
COMPARE_MEMBER(m_sNormalmapTexFile);
COMPARE_MEMBER(m_sSpecularTexFile);
COMPARE_MEMBER(m_bUseClamping);
return true;
}
