Graphviz: lib/fdpgen/tlayout.c File Reference

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#include "config.h"
#include <sys/types.h>
#include <math.h>
#include <stdlib.h>
#include <time.h>
#include <unistd.h>
#include <ctype.h>
#include <fdpgen/dbg.h>
#include <fdpgen/grid.h>
#include <neatogen/neato.h>
#include <fdpgen/tlayout.h>
#include <common/globals.h>

Include dependency graph for tlayout.c:

Go to the source code of this file.

Data Structures
struct	parms_t

Macros
#define	FDP_PRIVATE 1

#define	srand48 srand

#define	D_useGrid (fdp_parms->useGrid)

#define	D_useNew (fdp_parms->useNew)

#define	D_numIters (fdp_parms->numIters)

#define	D_unscaled (fdp_parms->unscaled)

#define	D_C (fdp_parms->C)

#define	D_Tfact (fdp_parms->Tfact)

#define	D_K (fdp_parms->K)

#define	D_T0 (fdp_parms->T0)

#define	T_useGrid (parms.useGrid)

#define	T_useNew (parms.useNew)

#define	T_seed (parms.seed)

#define	T_numIters (parms.numIters)

#define	T_maxIters (parms.maxIters)

#define	T_unscaled (parms.unscaled)

#define	T_C (parms.C)

#define	T_Tfact (parms.Tfact)

#define	T_K (parms.K)

#define	T_T0 (parms.T0)

#define	T_smode (parms.smode)

#define	T_Cell (parms.Cell)

#define	T_Wd (parms.Wd)

#define	T_Ht (parms.Ht)

#define	T_pass1 (parms.pass1)

#define	T_loopcnt (parms.loopcnt)

#define	EXPFACTOR 1.2

#define	DFLT_maxIters 600

#define	DFLT_K 0.3

#define	DFLT_Cell 0.0

#define	DFLT_seed 1

#define	DFLT_smode INIT_RANDOM

#define	FLOOR(d) ((int)floor(d))

Functions
static double	cool (int t)

static void	reset_params (void)

static int	init_params (graph_t g, xparams xpms)

void	fdp_initParams (graph_t *g)

static void	doRep (node_t p, node_t q, double xdelta, double ydelta, double dist2)

static void	applyRep (Agnode_t p, Agnode_t q)

static void	doNeighbor (Grid grid, int i, int j, node_list nodes)

static int	gridRepulse (cell cellp, Grid grid)

static void	applyAttr (Agnode_t p, Agnode_t q, Agedge_t *e)

static void	updatePos (Agraph_t g, double temp, bport_t pp)

static void	gAdjust (Agraph_t g, double temp, bport_t pp, Grid *grid)

static void	adjust (Agraph_t g, double temp, bport_t pp)

static pointf	initPositions (graph_t g, bport_t pp)

void	fdp_tLayout (graph_t g, xparams xpms)

Variables
static parms_t	parms

Macro Definition Documentation

◆ D_C

#define D_C (fdp_parms->C)

Definition at line 53 of file tlayout.c.

◆ D_K

#define D_K (fdp_parms->K)

Definition at line 55 of file tlayout.c.

◆ D_numIters

#define D_numIters (fdp_parms->numIters)

Definition at line 51 of file tlayout.c.

◆ D_T0

#define D_T0 (fdp_parms->T0)

Definition at line 56 of file tlayout.c.

◆ D_Tfact

#define D_Tfact (fdp_parms->Tfact)

Definition at line 54 of file tlayout.c.

◆ D_unscaled

#define D_unscaled (fdp_parms->unscaled)

Definition at line 52 of file tlayout.c.

◆ D_useGrid

#define D_useGrid (fdp_parms->useGrid)

Definition at line 49 of file tlayout.c.

◆ D_useNew

#define D_useNew (fdp_parms->useNew)

Definition at line 50 of file tlayout.c.

◆ DFLT_Cell

#define DFLT_Cell 0.0

Definition at line 102 of file tlayout.c.

◆ DFLT_K

#define DFLT_K 0.3

Definition at line 101 of file tlayout.c.

◆ DFLT_maxIters

#define DFLT_maxIters 600

Definition at line 100 of file tlayout.c.

◆ DFLT_seed

#define DFLT_seed 1

Definition at line 103 of file tlayout.c.

◆ DFLT_smode

#define DFLT_smode INIT_RANDOM

Definition at line 104 of file tlayout.c.

◆ EXPFACTOR

#define EXPFACTOR 1.2

Definition at line 99 of file tlayout.c.

◆ FDP_PRIVATE

#define FDP_PRIVATE 1

Definition at line 28 of file tlayout.c.

◆ FLOOR

#define FLOOR ( d ) ((int)floor(d))

Definition at line 381 of file tlayout.c.

◆ srand48

#define srand48 srand

Definition at line 43 of file tlayout.c.

◆ T_C

#define T_C (parms.C)

Definition at line 88 of file tlayout.c.

◆ T_Cell

#define T_Cell (parms.Cell)

Definition at line 93 of file tlayout.c.

◆ T_Ht

#define T_Ht (parms.Ht)

Definition at line 95 of file tlayout.c.

◆ T_K

#define T_K (parms.K)

Definition at line 90 of file tlayout.c.

◆ T_loopcnt

#define T_loopcnt (parms.loopcnt)

Definition at line 97 of file tlayout.c.

◆ T_maxIters

#define T_maxIters (parms.maxIters)

Definition at line 86 of file tlayout.c.

◆ T_numIters

#define T_numIters (parms.numIters)

Definition at line 85 of file tlayout.c.

◆ T_pass1

#define T_pass1 (parms.pass1)

Definition at line 96 of file tlayout.c.

◆ T_seed

#define T_seed (parms.seed)

Definition at line 84 of file tlayout.c.

◆ T_smode

#define T_smode (parms.smode)

Definition at line 92 of file tlayout.c.

◆ T_T0

#define T_T0 (parms.T0)

Definition at line 91 of file tlayout.c.

◆ T_Tfact

#define T_Tfact (parms.Tfact)

Definition at line 89 of file tlayout.c.

◆ T_unscaled

#define T_unscaled (parms.unscaled)

Definition at line 87 of file tlayout.c.

◆ T_useGrid

#define T_useGrid (parms.useGrid)

Definition at line 82 of file tlayout.c.

◆ T_useNew

#define T_useNew (parms.useNew)

Definition at line 83 of file tlayout.c.

◆ T_Wd

#define T_Wd (parms.Wd)

Definition at line 94 of file tlayout.c.

Function Documentation

◆ adjust()

static void adjust	(	Agraph_t *	g,
		double	temp,
		bport_t *	pp
	)

static

Definition at line 414 of file tlayout.c.

References agfstnode(), agfstout(), aghead, agnxtnode(), agnxtout(), applyAttr(), applyRep(), and updatePos().

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◆ applyAttr()

static void applyAttr	(	Agnode_t *	p,
		Agnode_t *	q,
		Agedge_t *	e
	)

static

Definition at line 309 of file tlayout.c.

References dist(), dist2(), ED_dist, ED_factor, ND_pos, and T_useNew.

Referenced by adjust(), and gAdjust().

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◆ applyRep()

static void applyRep	(	Agnode_t *	p,
		Agnode_t *	q
	)

static

Definition at line 233 of file tlayout.c.

References doRep(), and ND_pos.

Referenced by adjust(), and gridRepulse().

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◆ cool()

static double cool ( int t )

static

Definition at line 106 of file tlayout.c.

References T_maxIters, and T_T0.

◆ doNeighbor()

static void doNeighbor	(	Grid *	grid,
		int	i,
		int	j,
		node_list *	nodes
	)

static

Definition at line 242 of file tlayout.c.

References dist2(), doRep(), findGrid(), gLength(), grid, ND_pos, _node_list::next, _node_list::node, cell::nodes, T_Cell, and Verbose.

Referenced by gridRepulse().

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◆ doRep()

static void doRep	(	node_t *	p,
		node_t *	q,
		double	xdelta,
		double	ydelta,
		double	dist2
	)

static

Definition at line 206 of file tlayout.c.

References dist(), dist2(), T_K, and T_useNew.

Referenced by applyRep(), and doNeighbor().

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◆ fdp_initParams()

void fdp_initParams ( graph_t * g )

Definition at line 166 of file tlayout.c.

References agattr(), agnameof(), AGRAPH, agwarningf(), D_C, D_K, D_numIters, D_T0, D_Tfact, D_unscaled, D_useGrid, D_useNew, DFLT_Cell, DFLT_K, DFLT_maxIters, DFLT_seed, DFLT_smode, INIT_SELF, late_double(), late_int(), NULL, setSeed(), T_C, T_Cell, T_K, T_maxIters, T_numIters, T_pass1, T_seed, T_smode, T_T0, T_Tfact, T_unscaled, T_useGrid, T_useNew, and Verbose.

Referenced by fdp_init_graph().

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◆ fdp_tLayout()

void fdp_tLayout	(	graph_t *	g,
		xparams *	xpms
	)

Definition at line 612 of file tlayout.c.

References adjust, adjustGrid(), agfstnode(), agnnodes(), agnxtnode(), cool, delGrid(), gAdjust(), grid, init_params(), initPositions(), mkGrid(), ND_pos, reset(), reset_params(), T_loopcnt, T_T0, T_useGrid, pointf_s::x, and pointf_s::y.

Referenced by layout().

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◆ gAdjust()

static void gAdjust	(	Agraph_t *	g,
		double	temp,
		bport_t *	pp,
		Grid *	grid
	)

static

Definition at line 385 of file tlayout.c.

References addGrid(), agfstnode(), agfstout(), aghead, agnxtnode(), agnxtout(), applyAttr(), clearGrid(), FLOOR, grid, gridRepulse(), ND_pos, T_Cell, updatePos(), and walkGrid().

Referenced by fdp_tLayout().

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◆ gridRepulse()

static int gridRepulse	(	cell *	cellp,
		Grid *	grid
	)

static

Definition at line 273 of file tlayout.c.

References applyRep(), doNeighbor(), gLength(), grid, gridpt::i, gridpt::j, _node_list::next, _node_list::node, cell::nodes, cell::p, and Verbose.

Referenced by gAdjust().

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◆ init_params()

static int init_params	(	graph_t *	g,
		xparams *	xpms
	)

static

Definition at line 125 of file tlayout.c.

References agnameof(), agnnodes(), xparams::C, cool, xparams::K, xparams::loopcnt, xparams::numIters, Agraph_s::root, xparams::T0, T_C, T_K, T_loopcnt, T_maxIters, T_numIters, T_pass1, T_T0, T_Tfact, and Verbose.

Referenced by fdp_tLayout().

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◆ initPositions()

static pointf initPositions	(	graph_t *	g,
		bport_t *	pp
	)

static

Definition at line 446 of file tlayout.c.

References agfstedge(), agfstnode(), aghead, agnnodes(), agnxtedge(), agnxtnode(), agtail, alpha, cnt(), drand48(), EXPFACTOR, hasPos, INIT_RANDOM, boxf::LL, M_PI, MAX, MIN, ND_pinned, ND_pos, NULL, P_SET, srand48, T_Ht, T_K, T_seed, T_smode, T_Wd, boxf::UR, pointf_s::x, and pointf_s::y.

Referenced by fdp_tLayout().

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◆ reset_params()

static void reset_params ( void )

static

Definition at line 113 of file tlayout.c.

References T_T0.

Referenced by fdp_tLayout().

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◆ updatePos()

static void updatePos	(	Agraph_t *	g,
		double	temp,
		bport_t *	pp
	)

static

Definition at line 335 of file tlayout.c.

References agfstnode(), agnxtnode(), dx, dy, ND_pinned, ND_pos, P_FIX, T_Ht, and T_Wd.

Referenced by adjust(), and gAdjust().

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Variable Documentation

◆ parms

parms_t parms

static

Definition at line 80 of file tlayout.c.

Referenced by create_hierarchy(), makeHier(), positionAllItems(), and set_active_levels().

Data Structures

Macros

Functions

Variables

Macro Definition Documentation

◆ D_C

◆ D_K

◆ D_numIters

◆ D_T0

◆ D_Tfact

◆ D_unscaled

◆ D_useGrid

◆ D_useNew

◆ DFLT_Cell

◆ DFLT_K

◆ DFLT_maxIters

◆ DFLT_seed

◆ DFLT_smode

◆ EXPFACTOR

◆ FDP_PRIVATE

◆ FLOOR

◆ srand48

◆ T_C

◆ T_Cell

◆ T_Ht

◆ T_K

◆ T_loopcnt

◆ T_maxIters

◆ T_numIters

◆ T_pass1

◆ T_seed

◆ T_smode

◆ T_T0

◆ T_Tfact

◆ T_unscaled

◆ T_useGrid

◆ T_useNew

◆ T_Wd

Function Documentation

◆ adjust()

◆ applyAttr()

◆ applyRep()

◆ cool()

◆ doNeighbor()

◆ doRep()

◆ fdp_initParams()

◆ fdp_tLayout()

◆ gAdjust()

◆ gridRepulse()

◆ init_params()

◆ initPositions()

◆ reset_params()

◆ updatePos()

Variable Documentation

◆ parms