MeshHoleInfo Class Reference

#include <meshholeinfo.h>

List of all members.

Public Member Functions
	MeshHoleInfo (double pwx, double pwz, double pwy1, double pwy2)
bool	isCellInHole (Point3D &p1, Point3D &p2) const
bool	isPointInViscinity (const Point3D &p1, const Point3D &rad) const
double	getNormalVelocityFromInjectionRate (double inj, const Point3D &DX)
Public Attributes
double	wx
double	wz
double	wy1
double	wy2

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Detailed Description

MeshHoleInfo

Definition at line 10 of file meshholeinfo.h.

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Constructor & Destructor Documentation

MeshHoleInfo::MeshHoleInfo	(	double	pwx,
		double	pwz,
		double	pwy1,
		double	pwy2
	)

Definition at line 3 of file meshholeinfo.cpp.

                                                                       {
    assert(pwy2 >  pwy1);
    wx = pwx;
    wz = pwz;
    wy1 = pwy1;
    wy2 = pwy2;
  }

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Member Function Documentation

double MeshHoleInfo::getNormalVelocityFromInjectionRate	(	double	inj,
		const Point3D &	DX
	)

Definition at line 50 of file meshholeinfo.cpp.

{
  double dX=DX[X],dY=DX[Y],dZ=DX[Z];
  double totalArea = (floor(wy2/dY) - floor(wy1/dY) + 1)*(2*dZ*dY + 2*dX*dY); 
  totalArea+=2*dX*dZ;
  return inj/totalArea;
}

bool MeshHoleInfo::isCellInHole	(	Point3D &	p1,
		Point3D &	p2
	)			const

Definition at line 12 of file meshholeinfo.cpp.

{
  assert(p1[X] < p2[X]);
  assert(p1[Y] < p2[Y]);
  assert(p1[Z] < p2[Z]);
  /*  if ((wx > p1[X]) && (wx < p2[X]) && (wz > p1[Z]) && (wz < p2[Z]))
  {
    printf("XZ matches");
    if ( (p1[Y] > wy2) || (p2[Y] < wy2))
      printf("but Y dont");
    else
      printf("and Y too");
      }*/
    
  return ( (wx > p1[X]) && (wx <= p2[X]) &&
           (wz > p1[Z]) && (wz <= p2[Z]) &&
           !( (p1[Y] > wy2) || (p2[Y] < wy2))); 

    
}

bool MeshHoleInfo::isPointInViscinity	(	const Point3D &	p,
		const Point3D &	rad
	)			const

Check if a point is in the viscinity of the hole

Parameters:

	p	The point to be checked
	rad	This is the radius in each dimension where the area around the well is considered a viscinity. Actually the well is represented geometrically by a line. So the viscinity of the well is a parallelogram with center given by this line and radius in each dimension given by this parameter.

Returns:

Definition at line 42 of file meshholeinfo.cpp.

{
  return (fabs(p[X] - wx) < rad[X]) &&  (fabs(p[Z] - wz) < rad[Z]) &&
    (p[Y] > (wy1 - rad[Y])) && (p[Y] < ( wy2 + rad[Y]));
    
}

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Member Data Documentation

double MeshHoleInfo::wx

Definition at line 17 of file meshholeinfo.h.

double MeshHoleInfo::wy1

Definition at line 17 of file meshholeinfo.h.

double MeshHoleInfo::wy2

Definition at line 17 of file meshholeinfo.h.

double MeshHoleInfo::wz

Definition at line 17 of file meshholeinfo.h.

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The documentation for this class was generated from the following files:

• meshholeinfo.h
• meshholeinfo.cpp