crystalCUDA.h File Reference

Header file for crystal classes CUDA implementations. More...

#include <hpp/config.h>
#include <type_traits>
#include <hpp/rotation.h>
#include <hpp/cudaUtils.h>
#include <hpp/tensorCUDA.h>
#include <hpp/spectralUtilsCUDA.h>
#include <hpp/gshCUDA.h>

Include dependency graph for crystalCUDA.h:

Go to the source code of this file.

Classes
class	hpp::SpectralPolycrystalCUDA< T, N >
struct	hpp::SpectralCrystalCUDA< T >
class	hpp::CrystalPropertiesCUDA< T, N >
struct	hpp::SpectralCrystalCUDA< T >
class	hpp::SpectralCrystalListCUDA< T >
class	hpp::SpectralPolycrystalCUDA< T, N >
class	hpp::SpectralPolycrystalGSHCUDA< T, CRYSTAL_TYPE >

Namespaces
	hpp

Functions
template<typename T >
bool	hpp::operator== (const SpectralCrystalCUDA< T > &l, const SpectralCrystalCUDA< T > &r)
template<typename T , unsigned int N>
__device__ T	hpp::slipDeformationResistanceStepSpectralSolver (const CrystalPropertiesCUDA< T, N > *props, const T s_alpha, const T gammaSum, const T dt)
template<typename T , unsigned int P>
__device__ void	hpp::getSpectralCrystalDatabaseCoordinate (SpectralCrystalCUDA< T > &crystal, SpectralDatabaseUnifiedCUDA< T, 4, P > *db, Tensor2CUDA< T, 3, 3 > &RStretchingTensor, T theta, unsigned int *dbCoord)
template<typename T , unsigned int N>
__global__ void	hpp::SPECTRAL_POLYCRYSTAL_STEP (unsigned int nCrystals, SpectralCrystalCUDA< T > *crystals, CrystalPropertiesCUDA< T, N > *props, Tensor2CUDA< T, 3, 3 > RStretchingTensor, Tensor2AsymmCUDA< T, 3 > WNext, T theta, T eDot, T dt, SpectralDatabaseCUDA< T, 4 > *db, Tensor2CUDA< T, 3, 3 > *TCauchyPerBlockSums)
template<typename T , unsigned int N, unsigned int P>
__global__ void	hpp::SPECTRAL_POLYCRYSTAL_STEP_UNIFIED (unsigned int nCrystals, SpectralCrystalCUDA< T > *crystals, CrystalPropertiesCUDA< T, N > *props, Tensor2CUDA< T, 3, 3 > RStretchingTensor, Tensor2AsymmCUDA< T, 3 > WNext, T theta, T eDot, T dt, SpectralDatabaseUnifiedCUDA< T, 4, P > *db, Tensor2CUDA< T, 3, 3 > *TCauchyPerBlockSums)
template<typename T >
__global__ void	hpp::GET_GSH_COEFFS (const SpectralCrystalCUDA< T > *crystals, unsigned int ncrystals, GSHCoeffsCUDA< T > *coeffsPerBlockSums)
template<typename T >
__global__ void	hpp::GET_AVERAGE_TCAUCHY (unsigned int nCrystals, const SpectralCrystalCUDA< T > *crystals, Tensor2CUDA< T, 3, 3 > *TCauchyGlobal)
template<typename T >
__device__ Tensor2CUDA< T, 3, 3 >	hpp::EulerZXZRotationMatrixCUDA (EulerAngles< T > angles)

Detailed Description

Header file for crystal classes CUDA implementations.

A class for simulating a polycrystal using a Fourier compressed database.

A class for storing crystal information in a way that makes coalesced global memory reads/writes faster.

Author

Michael Malahe

Template Parameters

T	scalar type
N	number of slip systems

Instances of this class only ever live on the host. As it stands this implementation isn't even remotely thread safe, and it is not safe to make and operate on multiple copies of these objects.

Template Parameters

T	scalar type
N	number of slip systems

The class presents an interface that allows it to be modified only through the Generalized Spherical Harmonic representation.

The implementation takes an approach where the polycrystal is composed of a number of single crystals that are evenly distributed in orientation space within the fundamental zone. Each crystal represents a volume in the fundamental zone. Associated with each crystal is a density, with the summed density for all of the crystals coming to 1.

Instances of this class only ever live on the host.

Template Parameters

T	scalar type
N	number of slip systems in the polycrystal