python_common.cpp File Reference

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Functions
boost::python::class_< std::vector< float > >("FVec").def(boost boost::python::class_< std::vector< double > >("DVec").def(boost	boost::python::class_< std::function< hpp::Tensor2< float >float)> > ("Tensor2FunctionOfScalarF")
	Common python functionality for both the CPU-only and CUDA-enabled builds. This file should not (and cannot) be compiled by itself. It is included in python.cpp and python.cu. More...
	boost::python::class_< std::function< hpp::Tensor2< double >double)> > ("Tensor2FunctionOfScalarD")
	boost::python::class_< hpp::Tensor2< float > > ("Tensor2F", boost::python::init< const unsigned int, const unsigned int >()).def("getn1"
&hpp::Tensor2< float >::getn1	def ("getn2",&hpp::Tensor2< float >::getn2).def("setVal"
&hpp::Tensor2< float >::getn1 &hpp::Tensor2< float >::setVal	def ("getVal",&hpp::Tensor2< float >::getVal)
	boost::python::class_< hpp::Tensor2< double > > ("Tensor2D", boost::python::init< const unsigned int, const unsigned int >()).def("getn1"
&hpp::Tensor2< double >::getn1	def ("getn2",&hpp::Tensor2< double >::getn2).def("setVal"
&hpp::Tensor2< double >::getn1 &hpp::Tensor2< double >::setVal	def ("getVal",&hpp::Tensor2< double >::getVal)
	boost::python::class_< hpp::EulerAngles< float > > ("EulerAnglesF").add_property("alpha"
&hpp::EulerAngles< float >::setAlpha	add_property ("beta",&hpp::EulerAngles< float >::getBeta,&hpp::EulerAngles< float >::setBeta).add_property("gamma"
	boost::python::class_< hpp::EulerAngles< double > > ("EulerAnglesD").add_property("alpha"
&hpp::EulerAngles< double >::setAlpha	add_property ("beta",&hpp::EulerAngles< double >::getBeta,&hpp::EulerAngles< double >::setBeta).add_property("gamma"
boost::python::class_< std::vector< hpp::EulerAngles< float > > >("EulerAnglesFVec").def(boost boost::python::class_< std::vector< hpp::EulerAngles< double > > >("EulerAnglesDVec").def(boost	boost::python::class_< hpp::Experiment< float > > ("ExperimentF", boost::python::init< std::string >()).add_property("strainRate"
boost::python::class_< std::vector< hpp::EulerAngles< float > > >("EulerAnglesFVec").def(boost boost::python::class_< std::vector< hpp::EulerAngles< double > > >("EulerAnglesDVec").def(boost &hpp::Experiment< float >::getStrainRate	add_property ("tStart",&hpp::Experiment< float >::getTStart).add_property("tEnd"
boost::python::class_< std::vector< hpp::EulerAngles< float > > >("EulerAnglesFVec").def(boost boost::python::class_< std::vector< hpp::EulerAngles< double > > >("EulerAnglesDVec").def(boost &hpp::Experiment< float >::getStrainRate &hpp::Experiment< float >::getTEnd	add_property ("F_of_t",&hpp::Experiment< float >::getF_of_t).add_property("L_of_t"
boost::python::class_< std::vector< hpp::EulerAngles< float > > >("EulerAnglesFVec").def(boost boost::python::class_< std::vector< hpp::EulerAngles< double > > >("EulerAnglesDVec").def(boost &hpp::Experiment< float >::getStrainRate &hpp::Experiment< float >::getTEnd &hpp::Experiment< float >::getL_of_t	def ("generateNextOrientationAngles",&hpp::Experiment< float >::generateNextOrientationAngles)
	boost::python::class_< hpp::Experiment< double > > ("ExperimentD", boost::python::init< std::string >()).add_property("strainRate"
&hpp::Experiment< double >::getStrainRate	add_property ("tStart",&hpp::Experiment< double >::getTStart).add_property("tEnd"
&hpp::Experiment< double >::getStrainRate &hpp::Experiment< double >::getTEnd	add_property ("F_of_t",&hpp::Experiment< double >::getF_of_t).add_property("L_of_t"
&hpp::Experiment< double >::getStrainRate &hpp::Experiment< double >::getTEnd &hpp::Experiment< double >::getL_of_t	def ("generateNextOrientationAngles",&hpp::Experiment< double >::generateNextOrientationAngles)
	boost::python::class_< hpp::SpectralDatasetID > ("SpectralDatasetID")
boost::python::class_< std::vector< hpp::SpectralDatasetID > >("SpectralDatasetIDVec").def(boost	boost::python::class_< hpp::SpectralDatabaseUnified< float > > ("SpectralDatabaseUnifiedF", boost::python::init< std::string, std::vector< hpp::SpectralDatasetID >, unsigned int, unsigned int >())
	boost::python::class_< hpp::GSHCoeffs< float > > ("GSHCoeffsF", boost::python::init<>()).def("getl0Reals"
&hpp::GSHCoeffs< float >::getl0Reals	def ("getl1Reals",&hpp::GSHCoeffs< float >::getl1Reals).def("getl2Reals"
&hpp::GSHCoeffs< float >::getl0Reals &hpp::GSHCoeffs< float >::getl2Reals	def ("getl3Reals",&hpp::GSHCoeffs< float >::getl3Reals).def("getl4Reals"
	boost::python::class_< hpp::GSHCoeffs< double > > ("GSHCoeffsD", boost::python::init<>()).def("getl0Reals"
&hpp::GSHCoeffs< double >::getl0Reals	def ("getl1Reals",&hpp::GSHCoeffs< double >::getl1Reals).def("getl2Reals"
&hpp::GSHCoeffs< double >::getl0Reals &hpp::GSHCoeffs< double >::getl2Reals	def ("getl3Reals",&hpp::GSHCoeffs< double >::getl3Reals).def("getl4Reals"
	boost::python::class_< hpp::CrystalProperties< float > > ("CrystalPropertiesF")
	boost::python::class_< hpp::CrystalProperties< double > > ("CrystalPropertiesD")
	boost::python::class_< hpp::CrystalSolverConfig< float > > ("CrystalSolverConfigF")
	boost::python::class_< hpp::CrystalSolverConfig< double > > ("CrystalSolverConfigD")
	boost::python::class_< hpp::CrystalInitialConditions< float > > ("CrystalInitialConditionsF").add_property("s_0"
&hpp::CrystalInitialConditions< float >::setS0	add_property ("angles",&hpp::CrystalInitialConditions< float >::getEulerAngles,&hpp::CrystalInitialConditions< float >::setEulerAngles)
	boost::python::class_< hpp::CrystalInitialConditions< double > > ("CrystalInitialConditionsD").add_property("s_0"
&hpp::CrystalInitialConditions< double >::setS0	add_property ("angles",&hpp::CrystalInitialConditions< double >::getEulerAngles,&hpp::CrystalInitialConditions< double >::setEulerAngles)
	boost::python::class_< hpp::Crystal< float > > ("CrystalF", boost::python::init< const hpp::CrystalProperties< float > &, const hpp::CrystalSolverConfig< float > &, const hpp::CrystalInitialConditions< float > & >())
	boost::python::class_< hpp::Crystal< double > > ("CrystalD", boost::python::init< const hpp::CrystalProperties< double > &, const hpp::CrystalSolverConfig< double > &, const hpp::CrystalInitialConditions< double > & >())
boost::python::class_< std::vector< hpp::Crystal< float > > >("CrystalFVec").def(boost boost::python::class_< std::vector< hpp::Crystal< double > > >("CrystalDVec").def(boost	boost::python::class_< hpp::Polycrystal< float > > ("PolycrystalF", boost::python::init< const std::vector< hpp::Crystal< float >> & >()).def("resetRandomOrientations"
boost::python::class_< std::vector< hpp::Crystal< float > > >("CrystalFVec").def(boost boost::python::class_< std::vector< hpp::Crystal< double > > >("CrystalDVec").def(boost &hpp::Polycrystal< float >::resetRandomOrientations	def ("resetGivenOrientations",&hpp::Polycrystal< float >::resetGivenOrientations).def("getEulerAnglesZXZActive"
boost::python::class_< std::vector< hpp::Crystal< float > > >("CrystalFVec").def(boost boost::python::class_< std::vector< hpp::Crystal< double > > >("CrystalDVec").def(boost &hpp::Polycrystal< float >::resetRandomOrientations &hpp::Polycrystal< float >::getEulerAnglesZXZActive	def ("step",&hpp::Polycrystal< float >::stepVelocityGradient).def("getGSHCoeffs"
	boost::python::class_< hpp::Polycrystal< double > > ("PolycrystalD", boost::python::init< const std::vector< hpp::Crystal< double >> & >()).def("resetRandomOrientations"
&hpp::Polycrystal< double >::resetRandomOrientations	def ("resetGivenOrientations",&hpp::Polycrystal< double >::resetGivenOrientations).def("getEulerAnglesZXZActive"
&hpp::Polycrystal< double >::resetRandomOrientations &hpp::Polycrystal< double >::getEulerAnglesZXZActive	def ("step",&hpp::Polycrystal< double >::stepVelocityGradient).def("getGSHCoeffs"

Function Documentation

& hpp::EulerAngles<float>::setAlpha add_property	(	"beta"	,
		&hpp::EulerAngles< float >::getBeta	,
		&hpp::EulerAngles< float >::setBeta
	)

& hpp::EulerAngles<double>::setAlpha add_property	(	"beta"	,
		&hpp::EulerAngles< double >::getBeta	,
		&hpp::EulerAngles< double >::setBeta
	)

boost::python::class_<std::vector<hpp::EulerAngles<float> > > ("EulerAnglesFVec") .def(boost boost::python::class_<std::vector<hpp::EulerAngles<double> > > ("EulerAnglesDVec") .def(boost & hpp::Experiment<float>::getStrainRate add_property	(	"tStart"	,
		&hpp::Experiment< float >::getTStart
	)

boost::python::class_<std::vector<hpp::EulerAngles<float> > > ("EulerAnglesFVec") .def(boost boost::python::class_<std::vector<hpp::EulerAngles<double> > > ("EulerAnglesDVec") .def(boost & hpp::Experiment<float>::getStrainRate & hpp::Experiment<float>::getTEnd add_property	(	"F_of_t"	,
		&hpp::Experiment< float >::getF_of_t
	)

& hpp::Experiment<double>::getStrainRate add_property	(	"tStart"	,
		&hpp::Experiment< double >::getTStart
	)

& hpp::Experiment<double>::getStrainRate & hpp::Experiment<double>::getTEnd add_property	(	"F_of_t"	,
		&hpp::Experiment< double >::getF_of_t
	)

& hpp::CrystalInitialConditions<float>::setS0 add_property	(	"angles"	,
		&hpp::CrystalInitialConditions< float >::getEulerAngles	,
		&hpp::CrystalInitialConditions< float >::setEulerAngles
	)

& hpp::CrystalInitialConditions<double>::setS0 add_property	(	"angles"	,
		&hpp::CrystalInitialConditions< double >::getEulerAngles	,
		&hpp::CrystalInitialConditions< double >::setEulerAngles
	)

boost::python::class_< hpp::Crystal< double > >	(	"CrystalD"	,
		boost::python::init< const hpp::CrystalProperties< double > &, const hpp::CrystalSolverConfig< double > &, const hpp::CrystalInitialConditions< double > & >	()
	)

boost::python::class_< hpp::Crystal< float > >	(	"CrystalF"	,
		boost::python::init< const hpp::CrystalProperties< float > &, const hpp::CrystalSolverConfig< float > &, const hpp::CrystalInitialConditions< float > & >	()
	)

boost::python::class_< hpp::CrystalInitialConditions< double > >

(

"CrystalInitialConditionsD"

)

boost::python::class_< hpp::CrystalInitialConditions< float > >

(

"CrystalInitialConditionsF"

)

boost::python::class_< hpp::CrystalProperties< double > >

(

"CrystalPropertiesD"

)

boost::python::class_< hpp::CrystalProperties< float > >

(

"CrystalPropertiesF"

)

boost::python::class_< hpp::CrystalSolverConfig< double > >

(

"CrystalSolverConfigD"

)

boost::python::class_< hpp::CrystalSolverConfig< float > >

(

"CrystalSolverConfigF"

)

boost::python::class_< hpp::EulerAngles< double > >

(

"EulerAnglesD"

)

boost::python::class_< hpp::EulerAngles< float > >

(

"EulerAnglesF"

)

boost::python::class_< hpp::Experiment< double > >	(	"ExperimentD"	,
		boost::python::init< std::string >	()
	)

boost::python::class_<std::vector<hpp::EulerAngles<float> > > ("EulerAnglesFVec") .def(boost boost::python::class_<std::vector<hpp::EulerAngles<double> > > ("EulerAnglesDVec") .def(boost boost::python::class_< hpp::Experiment< float > >	(	"ExperimentF"	,
		boost::python::init< std::string >	()
	)

boost::python::class_< hpp::GSHCoeffs< double > >	(	"GSHCoeffsD"	,
		boost::python::init<>	()
	)

boost::python::class_< hpp::GSHCoeffs< float > >	(	"GSHCoeffsF"	,
		boost::python::init<>	()
	)

boost::python::class_< hpp::Polycrystal< double > >	(	"PolycrystalD"	,
		boost::python::init< const std::vector< hpp::Crystal< double >> & >	()
	)

boost::python::class_<std::vector<hpp::Crystal<float> > > ("CrystalFVec") .def(boost boost::python::class_<std::vector<hpp::Crystal<double> > > ("CrystalDVec") .def(boost boost::python::class_< hpp::Polycrystal< float > >	(	"PolycrystalF"	,
		boost::python::init< const std::vector< hpp::Crystal< float >> & >	()
	)

boost::python::class_<std::vector<hpp::SpectralDatasetID> > ("SpectralDatasetIDVec") .def(boost boost::python::class_< hpp::SpectralDatabaseUnified< float > >	(	"SpectralDatabaseUnifiedF"	,
		boost::python::init< std::string, std::vector< hpp::SpectralDatasetID >, unsigned int, unsigned int >	()
	)

boost::python::class_< hpp::SpectralDatasetID >

(

"SpectralDatasetID"

)

boost::python::class_< hpp::Tensor2< double > >	(	"Tensor2D"	,
		boost::python::init< const unsigned int, const unsigned int >	()
	)

boost::python::class_< hpp::Tensor2< float > >	(	"Tensor2F"	,
		boost::python::init< const unsigned int, const unsigned int >	()
	)

boost::python::class_< std::function< hpp::Tensor2< double >double)> >

(

"Tensor2FunctionOfScalarD"

)

boost::python::class_<std::vector<float> > ("FVec") .def(boost boost::python::class_<std::vector<double> > ("DVec") .def(boost boost::python::class_< std::function< hpp::Tensor2< float >float)> >

(

"Tensor2FunctionOfScalarF"

)

Common python functionality for both the CPU-only and CUDA-enabled builds. This file should not (and cannot) be compiled by itself. It is included in python.cpp and python.cu.

& hpp::Tensor2<float>::getn1 def	(	"getn2"	,
		&hpp::Tensor2< float >::getn2
	)

& hpp::Tensor2<float>::getn1 & hpp::Tensor2<float>::setVal def	(	"getVal"	,
		&hpp::Tensor2< float >::getVal
	)

& hpp::Tensor2<double>::getn1 def	(	"getn2"	,
		&hpp::Tensor2< double >::getn2
	)

& hpp::Tensor2<double>::getn1 & hpp::Tensor2<double>::setVal def	(	"getVal"	,
		&hpp::Tensor2< double >::getVal
	)

boost::python::class_<std::vector<hpp::EulerAngles<float> > > ("EulerAnglesFVec") .def(boost boost::python::class_<std::vector<hpp::EulerAngles<double> > > ("EulerAnglesDVec") .def(boost & hpp::Experiment<float>::getStrainRate & hpp::Experiment<float>::getTEnd & hpp::Experiment<float>::getL_of_t def	(	"generateNextOrientationAngles"	,
		&hpp::Experiment< float >::generateNextOrientationAngles
	)

& hpp::Experiment<double>::getStrainRate & hpp::Experiment<double>::getTEnd & hpp::Experiment<double>::getL_of_t def	(	"generateNextOrientationAngles"	,
		&hpp::Experiment< double >::generateNextOrientationAngles
	)

& hpp::GSHCoeffs<float>::getl0Reals def	(	"getl1Reals"	,
		&hpp::GSHCoeffs< float >::getl1Reals
	)

& hpp::GSHCoeffs<float>::getl0Reals & hpp::GSHCoeffs<float>::getl2Reals def	(	"getl3Reals"	,
		&hpp::GSHCoeffs< float >::getl3Reals
	)

& hpp::GSHCoeffs<double>::getl0Reals def	(	"getl1Reals"	,
		&hpp::GSHCoeffs< double >::getl1Reals
	)

& hpp::GSHCoeffs<double>::getl0Reals & hpp::GSHCoeffs<double>::getl2Reals def	(	"getl3Reals"	,
		&hpp::GSHCoeffs< double >::getl3Reals
	)

boost::python::class_<std::vector<hpp::Crystal<float> > > ("CrystalFVec") .def(boost boost::python::class_<std::vector<hpp::Crystal<double> > > ("CrystalDVec") .def(boost & hpp::Polycrystal<float>::resetRandomOrientations def	(	"resetGivenOrientations"	,
		&hpp::Polycrystal< float >::resetGivenOrientations
	)

boost::python::class_<std::vector<hpp::Crystal<float> > > ("CrystalFVec") .def(boost boost::python::class_<std::vector<hpp::Crystal<double> > > ("CrystalDVec") .def(boost & hpp::Polycrystal<float>::resetRandomOrientations & hpp::Polycrystal<float>::getEulerAnglesZXZActive def	(	"step"	,
		&hpp::Polycrystal< float >::stepVelocityGradient
	)

& hpp::Polycrystal<double>::resetRandomOrientations def	(	"resetGivenOrientations"	,
		&hpp::Polycrystal< double >::resetGivenOrientations
	)

& hpp::Polycrystal<double>::resetRandomOrientations & hpp::Polycrystal<double>::getEulerAnglesZXZActive def	(	"step"	,
		&hpp::Polycrystal< double >::stepVelocityGradient
	)