ParallelPatterns

Classes
class	gts::KdRange2d< TIterType >
	An iteration range over a 2D data set. Splits occur along the largest dimension unless the minimum size is reached for all dimensions. Successive splits result in a Kd-tree where each leaf represents a unit of work. More...
class	gts::KdRange3d< TIterType >
	An iteration range over a 3D data set. Splits occur along the largest dimension unless the minimum size is reached for all dimensions. Successive splits result in a Kd-tree where each leaf represents a unit of work. More...
class	gts::OctRange< TIterType >
	An iteration range over a 3D data set. Splits divide each dimension in half for each dimension that is divisible. Successive splits result in a oct-tree where each leaf represents a unit of work. More...
class	gts::ParallelFor
	A construct that maps parallel-for behavior to a MicroScheduler. More...
class	gts::ParallelReduce
	A construct that maps parallel-reduce behavior to a MicroScheduler. More...
class	gts::DependencyArray< TValRange, TDepRange, DIMENSIONALITY >
class	gts::DependencyArray< TValRange, TDepRange, 2 >
struct	gts::LaunchTask< DIMENSIONALITY >
struct	gts::LaunchTask< 2 >
struct	gts::LaunchTask< 3 >
class	gts::ParallelWavefront
	A construct that maps a parallel-wavefront behavior to a MicroScheduler. More...
class	gts::SimplePartitioner
	Recursively splits a range until it is no longer divisible. More...
class	gts::StaticPartitioner
	Recursively splits a range and tries to limit number of splits to the number of workers in the executing scheduler. More...
class	gts::QuadRange< TIterType >
	An iteration range over a 3D data set. Splits divide each dimension in half for each dimension that is divisible. Successive splits results in a quad-tree where each leaf represents a unit of work. More...
class	gts::Range1d< Iter >
	An iteration range over a 1D data set. Splits divide the range in two based unless the minimum size is reached. Splits are determined by a splitter object. Successive splits result in a binary tree where each leaf represents a unit of work. More...
struct	gts::SplitResult< TRange, MaxSplits, Dimesionality >
	The resulting Ranges of a Range split. More...
struct	gts::SplitResult< TRange, MaxSplits, 1 >
	The resulting Ranges of a 1D Range split. More...
struct	gts::SplitResult< TRange, MaxSplits, 2 >
	The resulting Ranges of a 2D Range split. More...
struct	gts::SplitResult< TRange, MaxSplits, 3 >
	The resulting Ranges of a 3D Range split. More...
struct	gts::EvenSplitter
	Indicates that a Range is to be split in half. More...
struct	gts::ProportionalSplitter
	Indicates that a Range is to be split in proportionally. More...

Typedefs
using	gts::range_size_t = uint8_t

Detailed Description