bool HesperisIO::LsTransforms(std::vector<std::string > & dst)
{
HWorld grpWorld;
HesperisFile::LsNames<HTransform>(dst, &grpWorld);
grpWorld.close();
return true;
}
bool HesperisIO::LsMeshes(std::vector<std::string > & dst)
{
HWorld grpWorld;
HesperisFile::LsNames<HTriangleMeshGroup>(dst, &grpWorld);
grpWorld.close();
return true;
}
bool HesperisIO::LsCurves(std::vector<std::string > & dst)
{
HWorld grpWorld;
HesperisFile::LsNames<HCurveGroup>(dst, &grpWorld);
grpWorld.close();
return true;
}
bool HesperisIO::LsCurves(std::vector<std::string > & dst)
{
HWorld grpWorld;
LsCurves(dst, &grpWorld);
grpWorld.close();
return true;
}
bool HesperisCurveIO::ReadCurves(HesperisFile * file, MObject &target)
{
MGlobal::displayInfo("opium read curve");
HWorld grpWorld;
ReadTransformAnd<HCurveGroup, CurveGroup, HesperisCurveCreator>(&grpWorld, target);
grpWorld.close();
return true;
}
bool HesperisIO::ReadMeshes(HesperisFile * file, MObject &target)
{
MGlobal::displayInfo("opium read mesh");
HWorld grpWorld;
ReadTransforms(&grpWorld, target);
// ReadMeshes(&grpWorld, target);
grpWorld.close();
return true;
}
QuatJulia::QuatJulia(Parameter * param)
{
m_c = Float4(-0.02,-0.0156,-0.563,-0.4);
m_numIter = 10;
m_numGrid = 360;
m_scaling = 48.f;
HObject::FileIO.open(param->outFileName().c_str(), HDocument::oCreate);
m_tree = new sdb::HWorldGrid<sdb::HInnerGrid<hdata::TFloat, 4, 256 >, cvx::Sphere >("/grid");
m_tree->setGridSize(m_scaling / 32.f);
generate();
m_tree->save();
m_tree->close();
HWorld gworld;
gworld.save();
gworld.close();
HObject::FileIO.close();
}
