Classes
class	ArrayGraph

struct	ArrayPartition

class	BinCoeff
	binomial coeffs from Hachuls FMMM More...

class	CollectForceFunctor

struct	composition_functor
	Functor for composing two other functors. More...

struct	const_condition
	condition functor for returning a constant boolean value More...

class	D2DFunctor
	Calculates the repulsive forces acting between all nodes of the direct interacting cells of the i-th node. More...

struct	do_nothing
	the useless do nothing function More...

class	EdgeAdjInfo
	Information about an edge (16 bytes). More...

class	EdgeForceFunctor

struct	EmptyArgType

class	FMEBasicKernel

class	FMEFuncInvokerTask
	Class used to invoke a functor or function inside a thread. More...

struct	FMEGlobalContext
	Global Context. More...

struct	FMEGlobalOptions
	the main global options for a run More...

class	FMEKernel

struct	FMELocalContext
	Local thread Context. More...

class	FMEMultipoleKernel

struct	FMENodeChainPartition

class	FMESingleKernel

class	FMETask
	The thread task class used only as an interface. More...

class	FMEThread
	The fast multipole embedder work thread class. More...

class	FMEThreadPool

struct	FMETreePartition
	struct for distributing subtrees to the threads More...

struct	FuncInvoker

struct	FuncInvoker< FunctionType, ArgType1, ArgType2, ArgType3, ArgType4, ArgType5, ArgType6, ArgType7, EmptyArgType >

struct	FuncInvoker< FunctionType, ArgType1, ArgType2, ArgType3, ArgType4, ArgType5, ArgType6, EmptyArgType, EmptyArgType >

struct	FuncInvoker< FunctionType, ArgType1, ArgType2, ArgType3, ArgType4, ArgType5, EmptyArgType, EmptyArgType, EmptyArgType >

struct	FuncInvoker< FunctionType, ArgType1, ArgType2, ArgType3, ArgType4, EmptyArgType, EmptyArgType, EmptyArgType, EmptyArgType >

struct	FuncInvoker< FunctionType, ArgType1, ArgType2, ArgType3, EmptyArgType, EmptyArgType, EmptyArgType, EmptyArgType, EmptyArgType >

struct	FuncInvoker< FunctionType, ArgType1, ArgType2, EmptyArgType, EmptyArgType, EmptyArgType, EmptyArgType, EmptyArgType, EmptyArgType >

struct	FuncInvoker< FunctionType, ArgType1, EmptyArgType, EmptyArgType, EmptyArgType, EmptyArgType, EmptyArgType, EmptyArgType, EmptyArgType >

struct	FuncInvoker< FunctionType, EmptyArgType, EmptyArgType, EmptyArgType, EmptyArgType, EmptyArgType, EmptyArgType, EmptyArgType, EmptyArgType >

class	GalaxyMultilevel

class	GalaxyMultilevelBuilder

struct	if_then_else_functor
	Functor for conditional usage of a functor. More...

struct	l2l_functor
	Local-to-Local functor. More...

struct	l2p_functor
	Local-to-Point functor. More...

class	LinearQuadtree

class	LinearQuadtreeBuilder
	the builder for the LinearQuadtree More...

class	LinearQuadtreeExpansion

class	LQCoordsFunctor
	Computes the coords and size of the i-th node in the LinearQuadtree. More...

class	LQMortonFunctor

class	LQPartitioner
	The partitioner which partitions the quadtree into subtrees and partitions the sequence of inner nodes and leaves. More...

class	LQPointUpdateFunctor

struct	m2l_functor
	Multipole-to-Local functor. More...

class	M2LFunctor
	Converts the multipole expansion coefficients from all nodes which are well separated from the i-th node to local expansion coefficients and adds them to the local expansion coefficients of the i-th node. More...

struct	m2m_functor
	Multipole-to-Multipole functor. More...

struct	min_max_functor
	generic min max functor for an array More...

class	NDFunctor
	Calculates the repulsive forces acting between all nodes inside the cell of the i-th LinearQuadtree node. More...

class	NodeAdjInfo
	Information about incident edges (16 bytes). More...

class	NodeMassComparer

class	NodeMoveFunctor

struct	not_condition_functor
	functor for negating a condition More...

struct	p2m_functor
	Point-to-Multipole functor. More...

struct	p2p_functor
	Local-to-Point functor. More...

struct	pair_call_functor
	helper functor to generate a pair as parameters More...

struct	pair_vice_versa_functor
	functor for invoking a functor for a pair(u,v) and then (v,u) More...

class	RandomNodeSet
	utility class to select multiple nodes randomly More...

class	WSPD
	Class for the Well-Separated-Pairs-Decomposition (WSPD) More...

Typedefs
using	CoordInt = uint32_t

using	false_condition = const_condition< false >

using	MortonNR = uint64_t

using	true_condition = const_condition< true >
	the corresponding typedefs

Enumerations
enum class	FMECollect { NoFactor = 0x00 , EdgeFactor = 0x01 , RepulsiveFactor = 0x02 , EdgeFactorRep = 0x04 , Tree2GraphOrder = 0x08 , ZeroThreadArray = 0x10 }

enum class	FMEEdgeForce { SubRep = 0x2 , DivDegree = 0x8 }

Functions
template<typename T >
T *	align_16_next_ptr (T *t)

template<typename T >
T *	align_16_prev_ptr (T *t)

template<unsigned int FLAGS>
static CollectForceFunctor< FLAGS >	collect_force_function (FMELocalContext *pLocalContext)

template<typename FunctionType >
FuncInvoker< FunctionType >	createFuncInvoker (FunctionType func)

template<typename FunctionType , typename ArgType1 >
FuncInvoker< FunctionType, ArgType1 >	createFuncInvoker (FunctionType func, ArgType1 _arg1)

template<typename FunctionType , typename ArgType1 , typename ArgType2 >
FuncInvoker< FunctionType, ArgType1, ArgType2 >	createFuncInvoker (FunctionType func, ArgType1 _arg1, ArgType2 _arg2)

template<typename FunctionType , typename ArgType1 , typename ArgType2 , typename ArgType3 >
FuncInvoker< FunctionType, ArgType1, ArgType2, ArgType3 >	createFuncInvoker (FunctionType func, ArgType1 _arg1, ArgType2 _arg2, ArgType3 _arg3)

template<typename FunctionType , typename ArgType1 , typename ArgType2 , typename ArgType3 , typename ArgType4 >
FuncInvoker< FunctionType, ArgType1, ArgType2, ArgType3, ArgType4 >	createFuncInvoker (FunctionType func, ArgType1 _arg1, ArgType2 _arg2, ArgType3 _arg3, ArgType4 _arg4)

template<typename FunctionType , typename ArgType1 , typename ArgType2 , typename ArgType3 , typename ArgType4 , typename ArgType5 >
FuncInvoker< FunctionType, ArgType1, ArgType2, ArgType3, ArgType4, ArgType5 >	createFuncInvoker (FunctionType func, ArgType1 _arg1, ArgType2 _arg2, ArgType3 _arg3, ArgType4 _arg4, ArgType5 _arg5)

template<typename FunctionType , typename ArgType1 , typename ArgType2 , typename ArgType3 , typename ArgType4 , typename ArgType5 , typename ArgType6 >
FuncInvoker< FunctionType, ArgType1, ArgType2, ArgType3, ArgType4, ArgType5, ArgType6 >	createFuncInvoker (FunctionType func, ArgType1 _arg1, ArgType2 _arg2, ArgType3 _arg3, ArgType4 _arg4, ArgType5 _arg5, ArgType6 _arg6)

template<typename FunctionType , typename ArgType1 , typename ArgType2 , typename ArgType3 , typename ArgType4 , typename ArgType5 , typename ArgType6 , typename ArgType7 , typename ArgType8 >
FuncInvoker< FunctionType, ArgType1, ArgType2, ArgType3, ArgType4, ArgType5, ArgType6, ArgType7, ArgType8 >	createFuncInvoker (FunctionType func, ArgType1 _arg1, ArgType2 _arg2, ArgType3 _arg3, ArgType4 _arg4, ArgType5 _arg5, ArgType6 _arg6, ArgType7 _arg7)

template<typename FunctionType , typename ArgType1 , typename ArgType2 , typename ArgType3 , typename ArgType4 , typename ArgType5 , typename ArgType6 , typename ArgType7 , typename ArgType8 >
FuncInvoker< FunctionType, ArgType1, ArgType2, ArgType3, ArgType4, ArgType5, ArgType6, ArgType7, ArgType8 >	createFuncInvoker (FunctionType func, ArgType1 _arg1, ArgType2 _arg2, ArgType3 _arg3, ArgType4 _arg4, ArgType5 _arg5, ArgType6 _arg6, ArgType7 _arg7, ArgType8 _arg8)

template<unsigned int FLAGS>
static EdgeForceFunctor< FLAGS >	edge_force_function (FMELocalContext *pLocalContext)

void	eval_direct (float x, float y, float s, float fx, float *fy, size_t n)
	kernel function to evaluate forces between n points with coords x, y directly. result is stored in fx, fy

void	eval_direct (float x1, float y1, float s1, float fx1, float fy1, size_t n1, float x2, float y2, float s2, float fx2, float fy2, size_t n2)
	kernel function to evaluate forces between two sets of points with coords x1, y1 (x2, y2) directly. result is stored in fx1, fy1 (fx2, fy2

void	eval_direct_fast (float x, float y, float s, float fx, float *fy, size_t n)
	kernel function to evaluate forces between n points with coords x, y directly. result is stored in fx, fy

void	eval_direct_fast (float x1, float y1, float s1, float fx1, float fy1, size_t n1, float x2, float y2, float s2, float fx2, float fy2, size_t n2)
	kernel function to evaluate forces between two sets of points with coords x1, y1 (x2, y2) directly. result is stored in fx1, fy1 (fx2, fy2

void	eval_edges (const ArrayGraph &graph, const uint32_t begin, const uint32_t end, float fx, float fy)

void	fast_multipole_l2p (double *localCoeffiecients, uint32_t numCoeffiecients, double centerX, double centerY, float x, float y, float q, float &fx, float &fy)
	kernel function to evalute a local expansion at point x,y result is added to fx, fy

void	fast_multipole_p2m (double *mulitCoeffiecients, uint32_t numCoeffiecients, double centerX, double centerY, float x, float y, float q)

template<typename TYP >
void	for_loop_array_set (uint32_t threadNr, uint32_t numThreads, TYP *a, uint32_t n, TYP value)

template<typename FuncFirst , typename FuncSecond >
static composition_functor< FuncFirst, FuncSecond >	func_comp (const FuncFirst &first, const FuncSecond &second)
	create a functor composition of two functors

void	gridGraph (Graph &G, int n, int m)

template<typename CondType , typename ThenType >
static if_then_else_functor< CondType, ThenType >	if_then (const CondType &cond, const ThenType &thenFunc)
	creates an if then functor with a condition and a then functor

template<typename CondType , typename ThenType , typename ElseType >
static if_then_else_functor< CondType, ThenType, ElseType >	if_then_else (const CondType &cond, const ThenType &thenFunc, const ElseType &elseFunc)
	creates an if then else functor with a condition and a then and an else functor

template<typename T >
bool	is_align_16 (T *ptr)

static l2l_functor	l2l_function (FMELocalContext *pLocalContext)
	creates Local-to-Local functor

static l2p_functor	l2p_function (FMELocalContext *pLocalContext)
	creates Local-to-Point functor

bool	LQPointComparer (const LinearQuadtree::LQPoint &a, const LinearQuadtree::LQPoint &b)

static m2l_functor	m2l_function (FMELocalContext *pLocalContext)
	creates Multipole-to-Local functor

static m2m_functor	m2m_function (FMELocalContext *pLocalContext)
	creates Multipole-to-Multipole functor

static min_max_functor< float >	min_max_x_function (FMELocalContext *pLocalContext)
	creates a min max functor for the x coords of the node

static min_max_functor< float >	min_max_y_function (FMELocalContext *pLocalContext)
	creates a min max functor for the y coords of the node

template<typename MNR_T , typename C_T >
MNR_T	mortonNumber (C_T ix, C_T iy)
	common template for bit-interleaving to compute the morton number assumes sizeOf(MNR_T) = 2*sizeOf(C_T)

template<typename MNR_T , typename C_T >
void	mortonNumberInv (MNR_T mnr, C_T &x, C_T &y)
	common template for extracting the coordinates from a morton number assumes sizeOf(MNR_T) = 2*sizeOf(C_T)

template<typename T >
uint32_t	mostSignificantBit (T n)
	returns the index of the most signficant bit set. 0 = most signif, bitlength-1 = least signif

double	move_nodes (float x, float y, const uint32_t begin, const uint32_t end, const float fx, const float fy, const float t)

template<unsigned int FLAGS>
static NodeMoveFunctor< FLAGS >	node_move_function (FMELocalContext *pLocalContext)

template<typename Func >
static not_condition_functor< Func >	not_condition (const Func &func)
	creator of the negator

void	OGDF_FME_Print_Config ()

int	operator& (int lhs, FMECollect rhs)

int	operator& (int lhs, FMEEdgeForce rhs)

constexpr int	operator\| (FMECollect lhs, FMECollect rhs)

constexpr int	operator\| (int lhs, FMECollect rhs)

static p2m_functor	p2m_function (FMELocalContext *pLocalContext)
	creates a Point-to-Multipole functor

static p2p_functor	p2p_function (FMELocalContext *pLocalContext)
	creates Local-to-Point functor

template<typename F , typename A >
static pair_call_functor< F, A >	pair_call (F f, A a)
	creates a pair call resulting in a call f(a, *)

template<typename Func >
static pair_vice_versa_functor< Func >	pair_vice_versa (const Func &f)
	creates a functor for invoking a functor for a pair(u,v) and then (v,u)

uint32_t	prevPowerOfTwo (uint32_t n)
	returns the prev power of two

void	printProfiledTime (double t, const char *text)

void	printProfiledTime (double t, double sum, const char *text)

void	pushBackEdge (uint32_t a, uint32_t b, std::function< EdgeAdjInfo &(uint32_t)> edgeInform, std::function< NodeAdjInfo &(uint32_t)> nodeInform, int e_index)
	Helper method used by ArrayGraph and WSPD.

void	randomGridGraph (Graph &G, int n, int m, double missinNodesPercentage=0.03)

Variables
static constexpr int	TIME_STEP_NORMAL = 0x1

static constexpr int	TIME_STEP_PREP = 0x2

static constexpr int	USE_NODE_MOVE_RAD = 0x8

static constexpr int	ZERO_GLOBAL_ARRAY = 0x4

Typedef Documentation

◆ CoordInt

using ogdf::fast_multipole_embedder::CoordInt = typedef uint32_t

Definition at line 83 of file FastUtils.h.

◆ false_condition

using ogdf::fast_multipole_embedder::false_condition = typedef const_condition<false>

Definition at line 67 of file FMEFunctional.h.

◆ MortonNR

using ogdf::fast_multipole_embedder::MortonNR = typedef uint64_t

Definition at line 82 of file FastUtils.h.

◆ true_condition

using ogdf::fast_multipole_embedder::true_condition = typedef const_condition<true>

the corresponding typedefs

Definition at line 66 of file FMEFunctional.h.

Enumeration Type Documentation

◆ FMECollect

enum class ogdf::fast_multipole_embedder::FMECollect

strong

Enumerator
NoFactor
EdgeFactor
RepulsiveFactor
EdgeFactorRep
Tree2GraphOrder
ZeroThreadArray

Definition at line 697 of file FMEFunc.h.

◆ FMEEdgeForce

enum class ogdf::fast_multipole_embedder::FMEEdgeForce

strong

Enumerator
SubRep
DivDegree

Definition at line 622 of file FMEFunc.h.

Function Documentation

◆ align_16_next_ptr()

template<typename T >

T * ogdf::fast_multipole_embedder::align_16_next_ptr ( T * t )

inline

Definition at line 96 of file FastUtils.h.

◆ align_16_prev_ptr()

template<typename T >

T * ogdf::fast_multipole_embedder::align_16_prev_ptr ( T * t )

inline

Definition at line 91 of file FastUtils.h.

◆ collect_force_function()

template<unsigned int FLAGS>

static CollectForceFunctor< FLAGS > ogdf::fast_multipole_embedder::collect_force_function ( FMELocalContext * pLocalContext )

inlinestatic

Definition at line 780 of file FMEFunc.h.

◆ createFuncInvoker() [1/9]

template<typename FunctionType >

FuncInvoker< FunctionType > ogdf::fast_multipole_embedder::createFuncInvoker ( FunctionType func )

Definition at line 589 of file FastUtils.h.

◆ createFuncInvoker() [2/9]

template<typename FunctionType , typename ArgType1 >

FuncInvoker< FunctionType, ArgType1 > ogdf::fast_multipole_embedder::createFuncInvoker	(	FunctionType	func,
		ArgType1	_arg1
	)

Definition at line 584 of file FastUtils.h.

◆ createFuncInvoker() [3/9]

template<typename FunctionType , typename ArgType1 , typename ArgType2 >

FuncInvoker< FunctionType, ArgType1, ArgType2 > ogdf::fast_multipole_embedder::createFuncInvoker	(	FunctionType	func,
		ArgType1	_arg1,
		ArgType2	_arg2
	)

Definition at line 578 of file FastUtils.h.

◆ createFuncInvoker() [4/9]

template<typename FunctionType , typename ArgType1 , typename ArgType2 , typename ArgType3 >

FuncInvoker< FunctionType, ArgType1, ArgType2, ArgType3 > ogdf::fast_multipole_embedder::createFuncInvoker	(	FunctionType	func,
		ArgType1	_arg1,
		ArgType2	_arg2,
		ArgType3	_arg3
	)

Definition at line 572 of file FastUtils.h.

◆ createFuncInvoker() [5/9]

template<typename FunctionType , typename ArgType1 , typename ArgType2 , typename ArgType3 , typename ArgType4 >

FuncInvoker< FunctionType, ArgType1, ArgType2, ArgType3, ArgType4 > ogdf::fast_multipole_embedder::createFuncInvoker	(	FunctionType	func,
		ArgType1	_arg1,
		ArgType2	_arg2,
		ArgType3	_arg3,
		ArgType4	_arg4
	)

Definition at line 565 of file FastUtils.h.

◆ createFuncInvoker() [6/9]

template<typename FunctionType , typename ArgType1 , typename ArgType2 , typename ArgType3 , typename ArgType4 , typename ArgType5 >

FuncInvoker< FunctionType, ArgType1, ArgType2, ArgType3, ArgType4, ArgType5 > ogdf::fast_multipole_embedder::createFuncInvoker	(	FunctionType	func,
		ArgType1	_arg1,
		ArgType2	_arg2,
		ArgType3	_arg3,
		ArgType4	_arg4,
		ArgType5	_arg5
	)

Definition at line 557 of file FastUtils.h.

◆ createFuncInvoker() [7/9]

template<typename FunctionType , typename ArgType1 , typename ArgType2 , typename ArgType3 , typename ArgType4 , typename ArgType5 , typename ArgType6 >

FuncInvoker< FunctionType, ArgType1, ArgType2, ArgType3, ArgType4, ArgType5, ArgType6 > ogdf::fast_multipole_embedder::createFuncInvoker	(	FunctionType	func,
		ArgType1	_arg1,
		ArgType2	_arg2,
		ArgType3	_arg3,
		ArgType4	_arg4,
		ArgType5	_arg5,
		ArgType6	_arg6
	)

Definition at line 549 of file FastUtils.h.

◆ createFuncInvoker() [8/9]

template<typename FunctionType , typename ArgType1 , typename ArgType2 , typename ArgType3 , typename ArgType4 , typename ArgType5 , typename ArgType6 , typename ArgType7 , typename ArgType8 >

FuncInvoker< FunctionType, ArgType1, ArgType2, ArgType3, ArgType4, ArgType5, ArgType6, ArgType7, ArgType8 > ogdf::fast_multipole_embedder::createFuncInvoker	(	FunctionType	func,
		ArgType1	_arg1,
		ArgType2	_arg2,
		ArgType3	_arg3,
		ArgType4	_arg4,
		ArgType5	_arg5,
		ArgType6	_arg6,
		ArgType7	_arg7
	)

Definition at line 540 of file FastUtils.h.

◆ createFuncInvoker() [9/9]

template<typename FunctionType , typename ArgType1 , typename ArgType2 , typename ArgType3 , typename ArgType4 , typename ArgType5 , typename ArgType6 , typename ArgType7 , typename ArgType8 >

FuncInvoker< FunctionType, ArgType1, ArgType2, ArgType3, ArgType4, ArgType5, ArgType6, ArgType7, ArgType8 > ogdf::fast_multipole_embedder::createFuncInvoker	(	FunctionType	func,
		ArgType1	_arg1,
		ArgType2	_arg2,
		ArgType3	_arg3,
		ArgType4	_arg4,
		ArgType5	_arg5,
		ArgType6	_arg6,
		ArgType7	_arg7,
		ArgType8	_arg8
	)

Definition at line 531 of file FastUtils.h.

◆ edge_force_function()

template<unsigned int FLAGS>

static EdgeForceFunctor< FLAGS > ogdf::fast_multipole_embedder::edge_force_function ( FMELocalContext * pLocalContext )

inlinestatic

Definition at line 692 of file FMEFunc.h.

◆ eval_direct() [1/2]

void ogdf::fast_multipole_embedder::eval_direct	(	float *	x,
		float *	y,
		float *	s,
		float *	fx,
		float *	fy,
		size_t	n
	)

inline

kernel function to evaluate forces between n points with coords x, y directly. result is stored in fx, fy

Definition at line 120 of file FMEKernel.h.

◆ eval_direct() [2/2]

void ogdf::fast_multipole_embedder::eval_direct	(	float *	x1,
		float *	y1,
		float *	s1,
		float *	fx1,
		float *	fy1,
		size_t	n1,
		float *	x2,
		float *	y2,
		float *	s2,
		float *	fx2,
		float *	fy2,
		size_t	n2
	)

inline

kernel function to evaluate forces between two sets of points with coords x1, y1 (x2, y2) directly. result is stored in fx1, fy1 (fx2, fy2

Definition at line 140 of file FMEKernel.h.

◆ eval_direct_fast() [1/2]

void ogdf::fast_multipole_embedder::eval_direct_fast	(	float *	x,
		float *	y,
		float *	s,
		float *	fx,
		float *	fy,
		size_t	n
	)

inline

kernel function to evaluate forces between n points with coords x, y directly. result is stored in fx, fy

Definition at line 163 of file FMEKernel.h.

◆ eval_direct_fast() [2/2]

void ogdf::fast_multipole_embedder::eval_direct_fast	(	float *	x1,
		float *	y1,
		float *	s1,
		float *	fx1,
		float *	fy1,
		size_t	n1,
		float *	x2,
		float *	y2,
		float *	s2,
		float *	fx2,
		float *	fy2,
		size_t	n2
	)

inline

kernel function to evaluate forces between two sets of points with coords x1, y1 (x2, y2) directly. result is stored in fx1, fy1 (fx2, fy2

Definition at line 168 of file FMEKernel.h.

◆ eval_edges()

void ogdf::fast_multipole_embedder::eval_edges	(	const ArrayGraph &	graph,
		const uint32_t	begin,
		const uint32_t	end,
		float *	fx,
		float *	fy
	)

inline

Definition at line 94 of file FMEKernel.h.

◆ fast_multipole_l2p()

void ogdf::fast_multipole_embedder::fast_multipole_l2p	(	double *	localCoeffiecients,
		uint32_t	numCoeffiecients,
		double	centerX,
		double	centerY,
		float	x,
		float	y,
		float	q,
		float &	fx,
		float &	fy
	)

kernel function to evalute a local expansion at point x,y result is added to fx, fy

◆ fast_multipole_p2m()

void ogdf::fast_multipole_embedder::fast_multipole_p2m	(	double *	mulitCoeffiecients,
		uint32_t	numCoeffiecients,
		double	centerX,
		double	centerY,
		float	x,
		float	y,
		float	q
	)

◆ for_loop_array_set()

template<typename TYP >

void ogdf::fast_multipole_embedder::for_loop_array_set	(	uint32_t	threadNr,
		uint32_t	numThreads,
		TYP *	a,
		uint32_t	n,
		TYP	value
	)

inline

Definition at line 876 of file FMEFunc.h.

◆ func_comp()

template<typename FuncFirst , typename FuncSecond >

static composition_functor< FuncFirst, FuncSecond > ogdf::fast_multipole_embedder::func_comp	(	const FuncFirst &	first,
		const FuncSecond &	second
	)

inlinestatic

create a functor composition of two functors

Definition at line 181 of file FMEFunctional.h.

◆ gridGraph()

void ogdf::fast_multipole_embedder::gridGraph	(	Graph &	G,
		int	n,
		int	m
	)

inline

Definition at line 258 of file FastUtils.h.

◆ if_then()

template<typename CondType , typename ThenType >

static if_then_else_functor< CondType, ThenType > ogdf::fast_multipole_embedder::if_then	(	const CondType &	cond,
		const ThenType &	thenFunc
	)

inlinestatic

creates an if then functor with a condition and a then functor

Definition at line 133 of file FMEFunctional.h.

◆ if_then_else()

template<typename CondType , typename ThenType , typename ElseType >

static if_then_else_functor< CondType, ThenType, ElseType > ogdf::fast_multipole_embedder::if_then_else	(	const CondType &	cond,
		const ThenType &	thenFunc,
		const ElseType &	elseFunc
	)

inlinestatic

creates an if then else functor with a condition and a then and an else functor

Definition at line 126 of file FMEFunctional.h.

◆ is_align_16()

template<typename T >

bool ogdf::fast_multipole_embedder::is_align_16 ( T * ptr )

inline

Definition at line 86 of file FastUtils.h.

◆ l2l_function()

static l2l_functor ogdf::fast_multipole_embedder::l2l_function ( FMELocalContext * pLocalContext )

inlinestatic

creates Local-to-Local functor

Definition at line 274 of file FMEFunc.h.

◆ l2p_function()

static l2p_functor ogdf::fast_multipole_embedder::l2p_function ( FMELocalContext * pLocalContext )

inlinestatic

creates Local-to-Point functor

Definition at line 300 of file FMEFunc.h.

◆ LQPointComparer()

bool ogdf::fast_multipole_embedder::LQPointComparer	(	const LinearQuadtree::LQPoint &	a,
		const LinearQuadtree::LQPoint &	b
	)

inline

Definition at line 716 of file LinearQuadtree.h.

◆ m2l_function()

static m2l_functor ogdf::fast_multipole_embedder::m2l_function ( FMELocalContext * pLocalContext )

inlinestatic

creates Multipole-to-Local functor

Definition at line 253 of file FMEFunc.h.

◆ m2m_function()

static m2m_functor ogdf::fast_multipole_embedder::m2m_function ( FMELocalContext * pLocalContext )

inlinestatic

creates Multipole-to-Multipole functor

Definition at line 235 of file FMEFunc.h.

◆ min_max_x_function()

static min_max_functor< float > ogdf::fast_multipole_embedder::min_max_x_function ( FMELocalContext * pLocalContext )

inlinestatic

creates a min max functor for the x coords of the node

Definition at line 147 of file FMEFunc.h.

◆ min_max_y_function()

static min_max_functor< float > ogdf::fast_multipole_embedder::min_max_y_function ( FMELocalContext * pLocalContext )

inlinestatic

creates a min max functor for the y coords of the node

Definition at line 153 of file FMEFunc.h.

◆ mortonNumber()

template<typename MNR_T , typename C_T >

MNR_T ogdf::fast_multipole_embedder::mortonNumber	(	C_T	ix,
		C_T	iy
	)

inline

common template for bit-interleaving to compute the morton number assumes sizeOf(MNR_T) = 2*sizeOf(C_T)

Definition at line 137 of file FastUtils.h.

◆ mortonNumberInv()

template<typename MNR_T , typename C_T >

void ogdf::fast_multipole_embedder::mortonNumberInv	(	MNR_T	mnr,
		C_T &	x,
		C_T &	y
	)

inline

common template for extracting the coordinates from a morton number assumes sizeOf(MNR_T) = 2*sizeOf(C_T)

Definition at line 157 of file FastUtils.h.

◆ mostSignificantBit()

template<typename T >

uint32_t ogdf::fast_multipole_embedder::mostSignificantBit ( T n )

inline

returns the index of the most signficant bit set. 0 = most signif, bitlength-1 = least signif

Definition at line 174 of file FastUtils.h.

◆ move_nodes()

double ogdf::fast_multipole_embedder::move_nodes	(	float *	x,
		float *	y,
		const uint32_t	begin,
		const uint32_t	end,
		const float *	fx,
		const float *	fy,
		const float	t
	)

inline

Definition at line 82 of file FMEKernel.h.

◆ node_move_function()

template<unsigned int FLAGS>

static NodeMoveFunctor< FLAGS > ogdf::fast_multipole_embedder::node_move_function ( FMELocalContext * pLocalContext )

inlinestatic

Definition at line 871 of file FMEFunc.h.

◆ not_condition()

template<typename Func >

static not_condition_functor< Func > ogdf::fast_multipole_embedder::not_condition ( const Func & func )

inlinestatic

creator of the negator

Definition at line 89 of file FMEFunctional.h.

◆ OGDF_FME_Print_Config()

void ogdf::fast_multipole_embedder::OGDF_FME_Print_Config ( )

inline

Definition at line 70 of file FastUtils.h.

◆ operator&() [1/2]

int ogdf::fast_multipole_embedder::operator&	(	int	lhs,
		FMECollect	rhs
	)

inline

Definition at line 706 of file FMEFunc.h.

◆ operator&() [2/2]

int ogdf::fast_multipole_embedder::operator&	(	int	lhs,
		FMEEdgeForce	rhs
	)

inline

Definition at line 624 of file FMEFunc.h.

◆ operator|() [1/2]

constexpr int ogdf::fast_multipole_embedder::operator\|	(	FMECollect	lhs,
		FMECollect	rhs
	)

inlineconstexpr

Definition at line 710 of file FMEFunc.h.

◆ operator|() [2/2]

constexpr int ogdf::fast_multipole_embedder::operator\|	(	int	lhs,
		FMECollect	rhs
	)

inlineconstexpr

Definition at line 708 of file FMEFunc.h.

◆ p2m_function()

static p2m_functor ogdf::fast_multipole_embedder::p2m_function ( FMELocalContext * pLocalContext )

inlinestatic

creates a Point-to-Multipole functor

Definition at line 213 of file FMEFunc.h.

◆ p2p_function()

static p2p_functor ogdf::fast_multipole_embedder::p2p_function ( FMELocalContext * pLocalContext )

inlinestatic

creates Local-to-Point functor

Definition at line 333 of file FMEFunc.h.

◆ pair_call()

template<typename F , typename A >

static pair_call_functor< F, A > ogdf::fast_multipole_embedder::pair_call	(	F	f,
		A	a
	)

inlinestatic

creates a pair call resulting in a call f(a, *)

Definition at line 153 of file FMEFunctional.h.

◆ pair_vice_versa()

template<typename Func >

static pair_vice_versa_functor< Func > ogdf::fast_multipole_embedder::pair_vice_versa ( const Func & f )

inlinestatic

creates a functor for invoking a functor for a pair(u,v) and then (v,u)

Definition at line 202 of file FMEFunctional.h.

◆ prevPowerOfTwo()

uint32_t ogdf::fast_multipole_embedder::prevPowerOfTwo ( uint32_t n )

inline

returns the prev power of two

Definition at line 188 of file FastUtils.h.

◆ printProfiledTime() [1/2]

void ogdf::fast_multipole_embedder::printProfiledTime	(	double	t,
		const char *	text
	)

inline

Definition at line 121 of file FastUtils.h.

◆ printProfiledTime() [2/2]

void ogdf::fast_multipole_embedder::printProfiledTime	(	double	t,
		double	sum,
		const char *	text
	)

inline

Definition at line 125 of file FastUtils.h.

◆ pushBackEdge()

void ogdf::fast_multipole_embedder::pushBackEdge	(	uint32_t	a,
		uint32_t	b,
		std::function< EdgeAdjInfo &(uint32_t)>	edgeInform,
		std::function< NodeAdjInfo &(uint32_t)>	nodeInform,
		int	e_index
	)

Helper method used by ArrayGraph and WSPD.

◆ randomGridGraph()

void ogdf::fast_multipole_embedder::randomGridGraph	(	Graph &	G,
		int	n,
		int	m,
		double	missinNodesPercentage = `0.03`
	)

inline

Definition at line 281 of file FastUtils.h.

Variable Documentation

◆ TIME_STEP_NORMAL

constexpr int ogdf::fast_multipole_embedder::TIME_STEP_NORMAL = 0x1

staticconstexpr

Definition at line 784 of file FMEFunc.h.

◆ TIME_STEP_PREP

constexpr int ogdf::fast_multipole_embedder::TIME_STEP_PREP = 0x2

staticconstexpr

Definition at line 785 of file FMEFunc.h.

◆ USE_NODE_MOVE_RAD

constexpr int ogdf::fast_multipole_embedder::USE_NODE_MOVE_RAD = 0x8

staticconstexpr

Definition at line 787 of file FMEFunc.h.

◆ ZERO_GLOBAL_ARRAY

constexpr int ogdf::fast_multipole_embedder::ZERO_GLOBAL_ARRAY = 0x4

staticconstexpr

Definition at line 786 of file FMEFunc.h.

OpenGraph DrawingFramework

Classes

Typedefs

Enumerations

Functions

Variables

Typedef Documentation

◆ CoordInt

◆ false_condition

◆ MortonNR

◆ true_condition

Enumeration Type Documentation

◆ FMECollect

◆ FMEEdgeForce

Function Documentation

◆ align_16_next_ptr()

◆ align_16_prev_ptr()

◆ collect_force_function()

◆ createFuncInvoker() [1/9]

◆ createFuncInvoker() [2/9]

◆ createFuncInvoker() [3/9]

◆ createFuncInvoker() [4/9]

◆ createFuncInvoker() [5/9]

◆ createFuncInvoker() [6/9]

◆ createFuncInvoker() [7/9]

◆ createFuncInvoker() [8/9]

◆ createFuncInvoker() [9/9]

◆ edge_force_function()

◆ eval_direct() [1/2]

◆ eval_direct() [2/2]

◆ eval_direct_fast() [1/2]

◆ eval_direct_fast() [2/2]

◆ eval_edges()

◆ fast_multipole_l2p()

◆ fast_multipole_p2m()

◆ for_loop_array_set()

◆ func_comp()

◆ gridGraph()

◆ if_then()

◆ if_then_else()

◆ is_align_16()

◆ l2l_function()

◆ l2p_function()

◆ LQPointComparer()

◆ m2l_function()

◆ m2m_function()

◆ min_max_x_function()

◆ min_max_y_function()

◆ mortonNumber()

◆ mortonNumberInv()

◆ mostSignificantBit()

◆ move_nodes()

◆ node_move_function()

◆ not_condition()

◆ OGDF_FME_Print_Config()

◆ operator&() [1/2]

◆ operator&() [2/2]

◆ operator|() [1/2]

◆ operator|() [2/2]

◆ p2m_function()

◆ p2p_function()

◆ pair_call()

◆ pair_vice_versa()

◆ prevPowerOfTwo()

◆ printProfiledTime() [1/2]

◆ printProfiledTime() [2/2]

◆ pushBackEdge()

◆ randomGridGraph()

Variable Documentation

◆ TIME_STEP_NORMAL

◆ TIME_STEP_PREP

◆ USE_NODE_MOVE_RAD

◆ ZERO_GLOBAL_ARRAY

Open
Graph Drawing
Framework