A super class describing a way in which data may be laid out across MPI processes. More...

Public Types
using	discrete_domain_type = IdxRangeData
	The index range of the data.

using	distributed_sub_idx_range = IdxRange< DistributedDim... >
	The index range of the distributed section of the data.

using	distributed_type_seq = ddc::detail::TypeSeq< DistributedDim... >
	A type sequence describing the dimensions which are distributed across MPI processes.

Static Public Attributes
static constexpr int	n_distributed_dimensions = sizeof...(DistributedDim)
	The number of dimensions that are distributed across MPI processes.

static constexpr bool	distributed_idx_ranges_are_first
	A flag to indicate whether the distributed dimensions are the dimensions which are the furthest from being contiguous in memory.

Detailed Description

template<class IdxRangeData, class... DistributedDim>
class IMPILayout< IdxRangeData, DistributedDim >

A super class describing a way in which data may be laid out across MPI processes.

Template Parameters

IdxRangeData	The index range on which the data is defined.
DistributedDim	The tags of the discrete dimensions which are distributed across MPI processes.

Member Data Documentation

template<class IdxRangeData , class... DistributedDim>

constexpr bool IMPILayout< IdxRangeData, DistributedDim >::distributed_idx_ranges_are_first

staticconstexpr

Initial value:

= check_distributed_idx_ranges_are_first(

std::make_index_sequence<n_distributed_dimensions>())

A flag to indicate whether the distributed dimensions are the dimensions which are the furthest from being contiguous in memory.

The documentation for this class was generated from the following file:

/home/runner/work/gyselalibxx/gyselalibxx/code_branch/src/mpi_parallelisation/impilayout.hpp