dslash_helper.cuh File Reference

#include <color_spinor_field.h>
#include <gauge_field.h>
#include <register_traits.h>
#include <index_helper.cuh>

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Classes
struct	quda::DslashArg< Float >

Namespaces
	quda

Functions
template<KernelType type>
__host__ __device__ bool	quda::doHalo (int dim=-1)
	Helper function to determine if we should do halo computation. More...
template<KernelType type>
__host__ __device__ bool	quda::doBulk ()
	Helper function to determine if we should do interior computation. More...
template<KernelType type, typename Arg >
__host__ __device__ bool	quda::isComplete (const Arg &arg, int coord[])
	Helper functon to determine if the application of the derivative in the dslash is complete. More...
template<int nDim, QudaPCType pc_type, KernelType kernel_type, typename Arg , int nface_ = 1>
__host__ __device__ int	quda::getCoords (int coord[], const Arg &arg, int &idx, int parity, int &dim)
	Compute the space-time coordinates we are at. More...
template<int dim, typename Arg >
__host__ __device__ bool	quda::inBoundary (const int coord[], const Arg &arg)
	Compute whether the provided coordinate is within the halo region boundary of a given dimension. More...
template<KernelType kernel_type, typename Arg >
__device__ bool	quda::isActive (bool &active, int threadDim, int offsetDim, const int coord[], const Arg &arg)
	Compute whether this thread should be active for updating the a given offsetDim halo. For non-fused halo update kernels this is a trivial kernel that just checks if the given dimension is partitioned and if so, return true. More...
template<typename Float >
std::ostream &	quda::operator<< (std::ostream &out, const DslashArg< Float > &arg)