void XMLEntityMappingDefinitionSerializer::parseMatchElement(EntityMappingDefinition& definition, MatchDefinition& matchDef, TiXmlElement* element)
{
std::string caseType("");
if (std::string(element->Value()) == std::string("entitymatch")) {
matchDef.setType("entitytype");
caseType = "entitytypecase";
} else if (std::string(element->Value()) == std::string("attributematch")) {
matchDef.setType("attribute");
caseType = "attributecase";
/* const char* tmp = smElem->Attribute("attribute");
matchDef.getProperties()["attribute"] = std::string(tmp);*/
} else if (std::string(element->Value()) == std::string("outfitmatch")) {
matchDef.setType("outfit");
caseType = "outfitcase";
}
for (TiXmlAttribute* attribute = element->FirstAttribute();
attribute != 0; attribute = attribute->Next())
{
matchDef.getProperties()[attribute->Name()] = attribute->Value();
}
if (!element->NoChildren()) {
for (TiXmlElement* childElement = element->FirstChildElement();
childElement != 0; childElement = childElement->NextSiblingElement())
{
CaseDefinition caseDef;
caseDef.setType(caseType);
parseCaseElement(definition, caseDef, childElement);
matchDef.getCases().push_back(caseDef);
}
}
}
void PlotsBuilder::mapConnection(PlotsBuilder::PlotType pt, QObject* recvr, const char* slot)
{
#define caseType(tname) case tname : connect(m_widget->build##tname , SIGNAL(clicked(bool)), recvr, slot); break;
switch (pt)
{
//2D
caseType(CartesianGraphCurve);
caseType(CartesianImplicitCurve);
caseType(CartesianParametricCurve2D);
caseType(PolarGraphCurve);
//3D
caseType(CartesianParametricCurve3D);
caseType(CartesianGraphSurface);
caseType(CartesianImplicitSurface);
caseType(CartesianParametricSurface);
caseType(CylindricalGraphSurface);
caseType(SphericalGraphSurface);
case(None): break;
}
}
