#include "shambase/exception.hpp"
#include "shamtree/details/dtt_parallel_select.hpp"
#include "shamtree/details/dtt_reference.hpp"
#include "shamtree/details/dtt_scan_multipass.hpp"

Include dependency graph for CLBVHDualTreeTraversal.cpp:

Enumerations
enum class	DTTImpl : u32 { REFERENCE , PARALLEL_SELECT , SCAN_MULTIPASS }

Functions
DTTImpl	shamtree::dtt_impl_from_params (const std::string &impl)

shamalgs::impl_param	shamtree::dtt_impl_to_params (const DTTImpl &impl)

template<class Tmorton , class Tvec , u32 dim>
DTTResult	shamtree::clbvh_dual_tree_traversal (sham::DeviceScheduler_ptr dev_sched, const CompressedLeafBVH< Tmorton, Tvec, dim > &bvh, shambase::VecComponent< Tvec > theta_crit, bool ordered_result=false, bool allow_leaf_lowering=false)
	Perform dual tree traversal on a compressed leaf bounding volume hierarchy.

template DTTResult	shamtree::clbvh_dual_tree_traversal< u64, f64_3, 3 > (sham::DeviceScheduler_ptr dev_sched, const CompressedLeafBVH< u64, f64_3, 3 > &bvh, shambase::VecComponent< f64_3 > theta_crit, bool ordered_result, bool allow_leaf_lowering)

template DTTResult	shamtree::clbvh_dual_tree_traversal< u32, f64_3, 3 > (sham::DeviceScheduler_ptr dev_sched, const CompressedLeafBVH< u32, f64_3, 3 > &bvh, shambase::VecComponent< f64_3 > theta_crit, bool ordered_result, bool allow_leaf_lowering)

Variables
DTTImpl	shamtree::dtt_impl = DTTImpl::SCAN_MULTIPASS

Detailed Description

Author: Timothée David–Cléris (tim.s.nosp@m.hamr.nosp@m.ock@p.nosp@m.roto.nosp@m.n.me)

Definition in file CLBVHDualTreeTraversal.cpp.

Enumeration Type Documentation

◆ DTTImpl

enum class shamtree::DTTImpl : u32

strong

Definition at line 23 of file CLBVHDualTreeTraversal.cpp.

Function Documentation

◆ clbvh_dual_tree_traversal()

template<class Tmorton , class Tvec , u32 dim>

DTTResult shamtree::clbvh_dual_tree_traversal	(	sham::DeviceScheduler_ptr	dev_sched,
		const CompressedLeafBVH< Tmorton, Tvec, dim > &	bvh,
		shambase::VecComponent< Tvec >	theta_crit,
		bool	ordered_result = `false`,
		bool	allow_leaf_lowering = `false`
	)

Perform dual tree traversal on a compressed leaf bounding volume hierarchy.

Parameters

dev_sched	The device scheduler to use
bvh	The compressed leaf bounding volume hierarchy to traverse
theta_crit	The critical theta value for the dual tree traversal
ordered_result	If true the list of M2L and P2P will be ordered and the offsets will be provided
allow_leaf_lowering	If true leaves can be lowered to the next interaction to reduce the number of P2P interactions

Returns: The result of the dual tree traversal

Definition at line 69 of file CLBVHDualTreeTraversal.cpp.

Here is the call graph for this function:

◆ dtt_impl_from_params()

DTTImpl shamtree::dtt_impl_from_params ( const std::string & impl )

inline

Definition at line 26 of file CLBVHDualTreeTraversal.cpp.

◆ dtt_impl_to_params()

shamalgs::impl_param shamtree::dtt_impl_to_params ( const DTTImpl & impl )

inline

Definition at line 40 of file CLBVHDualTreeTraversal.cpp.

Variable Documentation

◆ dtt_impl

DTTImpl shamtree::dtt_impl = DTTImpl::SCAN_MULTIPASS

Definition at line 24 of file CLBVHDualTreeTraversal.cpp.

Enumerations

Functions

Variables