This is the complete list of members for hpp::SpectralPolycrystalCUDA< T, N >, including all inherited members.

crystalPropsD	hpp::SpectralPolycrystalCUDA< T, N >	private
crystalsD	hpp::SpectralPolycrystalCUDA< T, N >	private
dbD	hpp::SpectralPolycrystalCUDA< T, N >	private
dbH	hpp::SpectralPolycrystalCUDA< T, N >	private
dbUnifiedD	hpp::SpectralPolycrystalCUDA< T, N >	private
dbUnifiedH	hpp::SpectralPolycrystalCUDA< T, N >	private
deviceID	hpp::SpectralPolycrystalCUDA< T, N >	private
devProp	hpp::SpectralPolycrystalCUDA< T, N >	private
doGPUSetup()	hpp::SpectralPolycrystalCUDA< T, N >
doSetup(std::vector< SpectralCrystalCUDA< T >> &crystals, const CrystalPropertiesCUDA< T, N > &crystalProps)	hpp::SpectralPolycrystalCUDA< T, N >
evolve(T t_start, T t_end, T dt, std::function< hpp::Tensor2< T >(T t)> F_of_t, std::function< hpp::Tensor2< T >(T t)> L_of_t)	hpp::SpectralPolycrystalCUDA< T, N >
getEulerAnglesZXZActive()	hpp::SpectralPolycrystalCUDA< T, N >
getGSHCoeffs()	hpp::SpectralPolycrystalCUDA< T, N >
getNComponents()	hpp::SpectralPolycrystalCUDA< T, N >
getNTermsComputedHardware()	hpp::SpectralPolycrystalCUDA< T, N >
getNTimestepsTaken()	hpp::SpectralPolycrystalCUDA< T, N >
getPoleHistogram(int p0, int p1, int p2)	hpp::SpectralPolycrystalCUDA< T, N >
getPoleHistogram(const VecCUDA< T, 3 > &pole)	hpp::SpectralPolycrystalCUDA< T, N >	private
getPoleHistogram(Tensor2CUDA< T, HPP_POLE_FIG_HIST_DIM, HPP_POLE_FIG_HIST_DIM > &hist, const VecCUDA< T, 3 > &pole)	hpp::SpectralPolycrystalCUDA< T, N >	private
getTHistory() const	hpp::SpectralPolycrystalCUDA< T, N >	inline
gshKernelCfg	hpp::SpectralPolycrystalCUDA< T, N >	private
gshLevel0Sums	hpp::SpectralPolycrystalCUDA< T, N >	private
gshPerBlockSums	hpp::SpectralPolycrystalCUDA< T, N >	private
gshReduceKernelLevel0Cfg	hpp::SpectralPolycrystalCUDA< T, N >	private
gshReduceKernelLevel1Cfg	hpp::SpectralPolycrystalCUDA< T, N >	private
maxMemUsedGB	hpp::SpectralPolycrystalCUDA< T, N >	private
nCrystalPairs	hpp::SpectralPolycrystalCUDA< T, N >	private
nCrystals	hpp::SpectralPolycrystalCUDA< T, N >	private
nDsets	hpp::SpectralPolycrystalCUDA< T, N >
poleHistogramHistory001	hpp::SpectralPolycrystalCUDA< T, N >	private
poleHistogramHistory011	hpp::SpectralPolycrystalCUDA< T, N >	private
poleHistogramHistory100	hpp::SpectralPolycrystalCUDA< T, N >	private
poleHistogramHistory110	hpp::SpectralPolycrystalCUDA< T, N >	private
poleHistogramHistory111	hpp::SpectralPolycrystalCUDA< T, N >	private
reduceKernelLevel0Cfg	hpp::SpectralPolycrystalCUDA< T, N >	private
reduceKernelLevel1Cfg	hpp::SpectralPolycrystalCUDA< T, N >	private
resetGivenOrientations(T init_s, const std::vector< EulerAngles< T >> &angleList)	hpp::SpectralPolycrystalCUDA< T, N >
resetHistories()	hpp::SpectralPolycrystalCUDA< T, N >
resetRandomOrientations(T init_s, unsigned long int seed)	hpp::SpectralPolycrystalCUDA< T, N >
solveTimer	hpp::SpectralPolycrystalCUDA< T, N >	private
SpectralPolycrystalCUDA()	hpp::SpectralPolycrystalCUDA< T, N >	inline
SpectralPolycrystalCUDA(std::vector< SpectralCrystalCUDA< T >> &crystals, const CrystalPropertiesCUDA< T, N > &crystalProps, const SpectralDatabase< T > &dbIn)	hpp::SpectralPolycrystalCUDA< T, N >
SpectralPolycrystalCUDA(std::vector< SpectralCrystalCUDA< T >> &crystals, const CrystalPropertiesCUDA< T, N > &crystalProps, const SpectralDatabaseUnified< T > &dbIn)	hpp::SpectralPolycrystalCUDA< T, N >
step(const hpp::Tensor2< T > &L_next, T dt)	hpp::SpectralPolycrystalCUDA< T, N >
step(const hpp::Tensor2< T > &F_next, const hpp::Tensor2< T > &L_next, T dt)	hpp::SpectralPolycrystalCUDA< T, N >
stepKernelCfg	hpp::SpectralPolycrystalCUDA< T, N >	private
TCauchyGlobalD	hpp::SpectralPolycrystalCUDA< T, N >	private
TCauchyGlobalH	hpp::SpectralPolycrystalCUDA< T, N >	private
TCauchyHistory	hpp::SpectralPolycrystalCUDA< T, N >	private
TCauchyLevel0Sums	hpp::SpectralPolycrystalCUDA< T, N >	private
TCauchyPerBlockSums	hpp::SpectralPolycrystalCUDA< T, N >	private
tHistory	hpp::SpectralPolycrystalCUDA< T, N >	private
useUnifiedDB	hpp::SpectralPolycrystalCUDA< T, N >	private
writePoleHistogramHistoryHDF5(H5::H5File &outfile, std::string dsetBaseName, std::vector< Tensor2CUDA< T, HPP_POLE_FIG_HIST_DIM, HPP_POLE_FIG_HIST_DIM >> &history, const VecCUDA< T, 3 > &pole)	hpp::SpectralPolycrystalCUDA< T, N >	private
writeResultHDF5(std::string filename)	hpp::SpectralPolycrystalCUDA< T, N >