#include <adj.h>

Public Member Functions
	hashableVector3d (const vector3d &v)

Static Public Member Functions
static void	checkVector (const vector3d &v)

Static Public Attributes
static double	scale =1.0/initNodeQuant

static double	offset =originMapsTo+0.5*initNodeQuant

Private Attributes
int	x

int	y

int	z

Detailed Description

Definition at line 178 of file adj.h.

Constructor & Destructor Documentation

hashableVector3d ( const vector3d & v )

Definition at line 220 of file adj.cpp.

References offset, scale, vector3d::x, x, vector3d::y, y, vector3d::z, and z.

 { 
         x=(int)(scale*v.x+offset); 
         y=(int)(scale*v.y+offset); 
         z=(int)(scale*v.z+offset);
 }

Member Function Documentation

void checkVector ( const vector3d & v )

static

Definition at line 209 of file adj.cpp.

References vector3d::mag(), offset, originMapsTo, and scale.

Referenced by block::block().

                                                     {
         const double safetyFactor=5; //<- Needed since we only check the corners
         double mag=safetyFactor*v.mag();
         while (mag*scale>1.0e9) {//If our hashableVectors would overflow:
                 scale*=0.1; //Use a smaller scale (coarser quantization)
                 double newQuant=1.0/scale;
                 offset=originMapsTo+0.5*newQuant;
                 printf("Encountered large node coordinates: quantizing to %.3g\n",newQuant);
         }
 }