#include <xlayout.h>
#include <adjust.h>
#include <dbg.h>
#include <ctype.h>

Include dependency graph for xlayout.c:

Macros
#define	FDP_PRIVATE 1

#define	BOX /* Use bbox to determine overlap, else use circles */

#define	DFLT_overlap "9:prism" /* default overlap value */

#define	WD2(n) (X_marg.doAdd ? (ND_width(n)/2.0 + X_marg.x): ND_width(n)*X_marg.x/2.0)

#define	HT2(n) (X_marg.doAdd ? (ND_height(n)/2.0 + X_marg.y): ND_height(n)*X_marg.y/2.0)

#define	X_T0 xParams.T0

#define	X_K xParams.K

#define	X_numIters xParams.numIters

#define	X_loopcnt xParams.loopcnt

#define	X_C xParams.C

#define	EPSILON 0.01

Functions
void	pr2graphs (Agraph_t g0, Agraph_t g1)

void	fdp_xLayout (graph_t g, xparams xpms)

Macro Definition Documentation

#define BOX /* Use bbox to determine overlap, else use circles */

Definition at line 41 of file xlayout.c.

#define DFLT_overlap "9:prism" /* default overlap value */

Definition at line 43 of file xlayout.c.

Referenced by fdp_xLayout().

#define EPSILON 0.01

Definition at line 111 of file xlayout.c.

#define FDP_PRIVATE 1

Definition at line 28 of file xlayout.c.

#define HT2 ( n ) (X_marg.doAdd ? (ND_height(n)/2.0 + X_marg.y): ND_height(n)*X_marg.y/2.0)

Definition at line 46 of file xlayout.c.

#define WD2 ( n ) (X_marg.doAdd ? (ND_width(n)/2.0 + X_marg.x): ND_width(n)*X_marg.x/2.0)

Definition at line 45 of file xlayout.c.

#define X_C xParams.C

Definition at line 103 of file xlayout.c.

#define X_K xParams.K

Definition at line 100 of file xlayout.c.

#define X_loopcnt xParams.loopcnt

Definition at line 102 of file xlayout.c.

#define X_numIters xParams.numIters

Definition at line 101 of file xlayout.c.

#define X_T0 xParams.T0

Definition at line 99 of file xlayout.c.

Function Documentation

Definition at line 525 of file xlayout.c.

Definition at line 60 of file xlayout.c.

References agnameof().