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EmcRecCrystal Class Reference

#include <EmcRecCrystal.h>

List of all members.

Public Member Functions

void BarrelCheckout () const
void BarrelCheckout () const
HepPoint3D Center () const
HepPoint3D Center () const
 EmcRecCrystal (const EmcRecCrystal &aCry)
 EmcRecCrystal ()
 EmcRecCrystal (const EmcRecCrystal &aCry)
 EmcRecCrystal ()
void EndCapCheckout () const
void EndCapCheckout () const
HepPoint3D FrontCenter () const
HepPoint3D FrontCenter () const
HepPoint3D Get (int index) const
HepPoint3D Get (int index) const
EmcRecCrystal & operator= (const EmcRecCrystal &aCry)
EmcRecCrystal & operator= (const EmcRecCrystal &aCry)
void Set (int index, const HepPoint3D &aPoint)
void Set (int index, const HepPoint3D &aPoint)
void SetX (int index, double value)
void SetX (int index, double value)
void SetY (int index, double value)
void SetY (int index, double value)
void SetZ (int index, double value)
void SetZ (int index, double value)
int Type (int typ)
int Type () const
int Type (int typ)
int Type () const
 ~EmcRecCrystal ()
 ~EmcRecCrystal ()

Static Public Member Functions

int InvalidCrystal ()
int InvalidCrystal ()
int SevenPlane ()
int SevenPlane ()
int SixPlane ()
int SixPlane ()

Private Attributes

int fType
HepPoint3D fV [10]

Static Private Attributes

const int INVALID_CRYSTAL = -1
const int SEVEN_PLANE = 1
const int SIX_PLANE = 0

Constructor & Destructor Documentation

EmcRecCrystal::EmcRecCrystal (   )  [inline]
  

00031                    { 
00032       fType=INVALID_CRYSTAL;
00033       HepPoint3D O(0,0,0);
00034       for(int i=0;i<10;i++){
00035          fV[i]=O;
00036       }
00037    }

EmcRecCrystal::~EmcRecCrystal (   )  [inline]
  

00039 {}

EmcRecCrystal::EmcRecCrystal (  const EmcRecCrystal &  aCry  )  [inline]
  

00042                                             {
00043       fType=aCry.Type();
00044       for(int i=0;i<10;i++){
00045          fV[i]=aCry.Get(i);
00046       }
00047    }

EmcRecCrystal::EmcRecCrystal (   )  [inline]
  

00031                    { 
00032       fType=INVALID_CRYSTAL;
00033       HepPoint3D O(0,0,0);
00034       for(int i=0;i<10;i++){
00035          fV[i]=O;
00036       }
00037    }

EmcRecCrystal::~EmcRecCrystal (   )  [inline]
  

00039 {}

EmcRecCrystal::EmcRecCrystal (  const EmcRecCrystal &  aCry  )  [inline]
  

00042                                             {
00043       fType=aCry.Type();
00044       for(int i=0;i<10;i++){
00045          fV[i]=aCry.Get(i);
00046       }
00047    }

Member Function Documentation

void EmcRecCrystal::BarrelCheckout (   )  const [inline]
  

00129                                {
00130       HepPoint3D t1,t2;
00131       cout<<"H="<<fV[4].distance(fV[7])<<endl;
00132       cout<<"h="<<fV[0].distance(fV[3])<<endl;
00133       t1=fV[3]-fV[7];
00134       t2=fV[4]-fV[7];
00135       cout<<"t="<<acos(t1*t2/(t1.mag()*t2.mag()))*180/pi<<endl;
00136       cout<<"B="<<fV[4].distance(fV[5])<<endl;
00137       cout<<"b="<<fV[0].distance(fV[1])<<endl;
00138       cout<<"A="<<fV[7].distance(fV[6])<<endl;
00139       cout<<"a="<<fV[3].distance(fV[2])<<endl;
00140       cout<<"L="<<fV[4].distance(fV[0])<<endl;
00141    }

void EmcRecCrystal::BarrelCheckout (   )  const [inline]
  

00129                                {
00130       HepPoint3D t1,t2;
00131       cout<<"H="<<fV[4].distance(fV[7])<<endl;
00132       cout<<"h="<<fV[0].distance(fV[3])<<endl;
00133       t1=fV[3]-fV[7];
00134       t2=fV[4]-fV[7];
00135       cout<<"t="<<acos(t1*t2/(t1.mag()*t2.mag()))*180/pi<<endl;
00136       cout<<"B="<<fV[4].distance(fV[5])<<endl;
00137       cout<<"b="<<fV[0].distance(fV[1])<<endl;
00138       cout<<"A="<<fV[7].distance(fV[6])<<endl;
00139       cout<<"a="<<fV[3].distance(fV[2])<<endl;
00140       cout<<"L="<<fV[4].distance(fV[0])<<endl;
00141    }

HepPoint3D EmcRecCrystal::Center (   )  const [inline]
  

00088                              {
00089       if(fType==SIX_PLANE) {
00090          return (fV[0]+fV[1]+fV[2]+fV[3]+fV[4]+fV[5]+fV[6]+fV[7])/8;
00091       }
00092       if(fType==SEVEN_PLANE) {
00093          return (fV[0]+fV[1]+fV[2]+fV[3]+fV[4]+fV[5]+fV[6]+fV[7]+fV[8]+fV[9])/10;
00094       }
00095       HepPoint3D O(0,0,0);
00096       return O;
00097    }

HepPoint3D EmcRecCrystal::Center (   )  const [inline]
  

00088                              {
00089       if(fType==SIX_PLANE) {
00090          return (fV[0]+fV[1]+fV[2]+fV[3]+fV[4]+fV[5]+fV[6]+fV[7])/8;
00091       }
00092       if(fType==SEVEN_PLANE) {
00093          return (fV[0]+fV[1]+fV[2]+fV[3]+fV[4]+fV[5]+fV[6]+fV[7]+fV[8]+fV[9])/10;
00094       }
00095       HepPoint3D O(0,0,0);
00096       return O;
00097    }

void EmcRecCrystal::EndCapCheckout (   )  const [inline]
  

00143                                {
00144       if(fType==SIX_PLANE) {
00145          cout<<"A="<<fV[5].distance(fV[6])<<endl;
00146          cout<<"a="<<fV[1].distance(fV[2])<<endl;
00147          cout<<"B="<<fV[7].distance(fV[4])<<endl;
00148          cout<<"b="<<fV[0].distance(fV[3])<<endl;
00149          cout<<"C="<<fV[7].distance(fV[6])<<endl;
00150          cout<<"c="<<fV[3].distance(fV[2])<<endl;
00151          cout<<"D="<<fV[4].distance(fV[5])<<endl;
00152          cout<<"d="<<fV[1].distance(fV[0])<<endl;
00153          HepPoint3D t1,t2;
00154          double t;
00155          t1=fV[0]-fV[3];
00156          t2=fV[2]-fV[3];
00157          cout<<"alpha1="<<acos(t1*t2/(t1.mag()*t2.mag()))*180/pi<<endl;
00158          t1=fV[3]-fV[2];
00159          t2=fV[1]-fV[2];
00160          cout<<"alpha2="<<acos(t1*t2/(t1.mag()*t2.mag()))*180/pi<<endl;
00161          t1=fV[2]-fV[1];
00162          t2=fV[0]-fV[1];
00163          cout<<"alpha3="<<acos(t1*t2/(t1.mag()*t2.mag()))*180/pi<<endl;
00164          t1=fV[3]-fV[0];
00165          t2=fV[1]-fV[0];
00166          cout<<"alpha4="<<acos(t1*t2/(t1.mag()*t2.mag()))*180/pi<<endl;
00167          t1=fV[3]-fV[7];
00168          t2=fV[4]-fV[7];
00169          t=t1*t2/(t1.mag()*t2.mag());
00170          t=sqrt(1-t*t);
00171          cout<<"L="<<t1.mag()*t<<endl;
00172       } else {
00173          cout<<"A="<<fV[5].distance(fV[9])<<endl;
00174          cout<<"a="<<fV[0].distance(fV[4])<<endl;
00175          cout<<"B="<<fV[9].distance(fV[8])<<endl;
00176          cout<<"b="<<fV[4].distance(fV[3])<<endl;
00177          cout<<"C="<<fV[8].distance(fV[7])<<endl;
00178          cout<<"c="<<fV[3].distance(fV[2])<<endl;
00179          cout<<"D="<<fV[7].distance(fV[6])<<endl;
00180          cout<<"d="<<fV[2].distance(fV[1])<<endl;
00181          cout<<"E="<<fV[6].distance(fV[5])<<endl;
00182          cout<<"e="<<fV[1].distance(fV[0])<<endl;
00183          HepPoint3D t1,t2;
00184          double t;
00185          t1=fV[1]-fV[0];
00186          t2=fV[4]-fV[0];
00187          cout<<"alpha1="<<acos(t1*t2/(t1.mag()*t2.mag()))*180/pi<<endl;
00188          t1=fV[3]-fV[4];
00189          t2=fV[0]-fV[4];
00190          cout<<"alpha2="<<acos(t1*t2/(t1.mag()*t2.mag()))*180/pi<<endl;
00191          t1=fV[2]-fV[3];
00192          t2=fV[4]-fV[3];
00193          cout<<"alpha3="<<acos(t1*t2/(t1.mag()*t2.mag()))*180/pi<<endl;
00194          t1=fV[3]-fV[2];
00195          t2=fV[1]-fV[2];
00196          cout<<"alpha4="<<acos(t1*t2/(t1.mag()*t2.mag()))*180/pi<<endl;
00197          t1=fV[0]-fV[1];
00198          t2=fV[2]-fV[1];
00199          cout<<"alpha5="<<acos(t1*t2/(t1.mag()*t2.mag()))*180/pi<<endl;
00200          t1=fV[0]-fV[6];
00201          t2=fV[5]-fV[6];
00202          t=t1*t2/(t1.mag()*t2.mag());
00203          t=sqrt(1-t*t);
00204          cout<<"L="<<t1.mag()*t<<endl;
00205       }
00206    }

void EmcRecCrystal::EndCapCheckout (   )  const [inline]
  

00143                                {
00144       if(fType==SIX_PLANE) {
00145          cout<<"A="<<fV[5].distance(fV[6])<<endl;
00146          cout<<"a="<<fV[1].distance(fV[2])<<endl;
00147          cout<<"B="<<fV[7].distance(fV[4])<<endl;
00148          cout<<"b="<<fV[0].distance(fV[3])<<endl;
00149          cout<<"C="<<fV[7].distance(fV[6])<<endl;
00150          cout<<"c="<<fV[3].distance(fV[2])<<endl;
00151          cout<<"D="<<fV[4].distance(fV[5])<<endl;
00152          cout<<"d="<<fV[1].distance(fV[0])<<endl;
00153          HepPoint3D t1,t2;
00154          double t;
00155          t1=fV[0]-fV[3];
00156          t2=fV[2]-fV[3];
00157          cout<<"alpha1="<<acos(t1*t2/(t1.mag()*t2.mag()))*180/pi<<endl;
00158          t1=fV[3]-fV[2];
00159          t2=fV[1]-fV[2];
00160          cout<<"alpha2="<<acos(t1*t2/(t1.mag()*t2.mag()))*180/pi<<endl;
00161          t1=fV[2]-fV[1];
00162          t2=fV[0]-fV[1];
00163          cout<<"alpha3="<<acos(t1*t2/(t1.mag()*t2.mag()))*180/pi<<endl;
00164          t1=fV[3]-fV[0];
00165          t2=fV[1]-fV[0];
00166          cout<<"alpha4="<<acos(t1*t2/(t1.mag()*t2.mag()))*180/pi<<endl;
00167          t1=fV[3]-fV[7];
00168          t2=fV[4]-fV[7];
00169          t=t1*t2/(t1.mag()*t2.mag());
00170          t=sqrt(1-t*t);
00171          cout<<"L="<<t1.mag()*t<<endl;
00172       } else {
00173          cout<<"A="<<fV[5].distance(fV[9])<<endl;
00174          cout<<"a="<<fV[0].distance(fV[4])<<endl;
00175          cout<<"B="<<fV[9].distance(fV[8])<<endl;
00176          cout<<"b="<<fV[4].distance(fV[3])<<endl;
00177          cout<<"C="<<fV[8].distance(fV[7])<<endl;
00178          cout<<"c="<<fV[3].distance(fV[2])<<endl;
00179          cout<<"D="<<fV[7].distance(fV[6])<<endl;
00180          cout<<"d="<<fV[2].distance(fV[1])<<endl;
00181          cout<<"E="<<fV[6].distance(fV[5])<<endl;
00182          cout<<"e="<<fV[1].distance(fV[0])<<endl;
00183          HepPoint3D t1,t2;
00184          double t;
00185          t1=fV[1]-fV[0];
00186          t2=fV[4]-fV[0];
00187          cout<<"alpha1="<<acos(t1*t2/(t1.mag()*t2.mag()))*180/pi<<endl;
00188          t1=fV[3]-fV[4];
00189          t2=fV[0]-fV[4];
00190          cout<<"alpha2="<<acos(t1*t2/(t1.mag()*t2.mag()))*180/pi<<endl;
00191          t1=fV[2]-fV[3];
00192          t2=fV[4]-fV[3];
00193          cout<<"alpha3="<<acos(t1*t2/(t1.mag()*t2.mag()))*180/pi<<endl;
00194          t1=fV[3]-fV[2];
00195          t2=fV[1]-fV[2];
00196          cout<<"alpha4="<<acos(t1*t2/(t1.mag()*t2.mag()))*180/pi<<endl;
00197          t1=fV[0]-fV[1];
00198          t2=fV[2]-fV[1];
00199          cout<<"alpha5="<<acos(t1*t2/(t1.mag()*t2.mag()))*180/pi<<endl;
00200          t1=fV[0]-fV[6];
00201          t2=fV[5]-fV[6];
00202          t=t1*t2/(t1.mag()*t2.mag());
00203          t=sqrt(1-t*t);
00204          cout<<"L="<<t1.mag()*t<<endl;
00205       }
00206    }

HepPoint3D EmcRecCrystal::FrontCenter (   )  const [inline]
  

00100                                   {
00101       if(fType==SIX_PLANE) {
00102    return (fV[0]+fV[1]+fV[2]+fV[3])/4;
00103       }
00104       if(fType==SEVEN_PLANE) {
00105    return (fV[0]+fV[1]+fV[2]+fV[3]+fV[4])/5;
00106       }
00107       HepPoint3D O(0,0,0);
00108       return O;
00109    }

HepPoint3D EmcRecCrystal::FrontCenter (   )  const [inline]
  

00100                                   {
00101       if(fType==SIX_PLANE) {
00102    return (fV[0]+fV[1]+fV[2]+fV[3])/4;
00103       }
00104       if(fType==SEVEN_PLANE) {
00105    return (fV[0]+fV[1]+fV[2]+fV[3]+fV[4])/5;
00106       }
00107       HepPoint3D O(0,0,0);
00108       return O;
00109    }

HepPoint3D EmcRecCrystal::Get (  int  index  )  const [inline]
  

00083                                    {
00084       return fV[index];
00085    }

HepPoint3D EmcRecCrystal::Get (  int  index  )  const [inline]
  

00083                                    {
00084       return fV[index];
00085    }

int EmcRecCrystal::InvalidCrystal (   )  [inline, static]
  

00063      { return INVALID_CRYSTAL; }

int EmcRecCrystal::InvalidCrystal (   )  [inline, static]
  

00063      { return INVALID_CRYSTAL; }

EmcRecCrystal& EmcRecCrystal::operator= (  const EmcRecCrystal &  aCry  )  [inline]
  

00049                                                        {
00050       if(this!=&aCry)
00051         {
00052            fType=aCry.Type();
00053            for(int i=0;i<10;i++){
00054               fV[i]=aCry.Get(i);
00055            }
00056         }
00057       return *this; 
00058    }

EmcRecCrystal& EmcRecCrystal::operator= (  const EmcRecCrystal &  aCry  )  [inline]
  

00049                                                        {
00050       if(this!=&aCry)
00051         {
00052            fType=aCry.Type();
00053            for(int i=0;i<10;i++){
00054               fV[i]=aCry.Get(i);
00055            }
00056         }
00057       return *this; 
00058    }

void EmcRecCrystal::Set (  int  index,
const HepPoint3D &  aPoint
)  [inline]
  

00112                                                  {
00113       fV[index]=aPoint;
00114    }

void EmcRecCrystal::Set (  int  index,
const HepPoint3D &  aPoint
)  [inline]
  

00112                                                  {
00113       fV[index]=aPoint;
00114    }

void EmcRecCrystal::SetX (  int  index,
double  value
)  [inline]
  

00116                                       {
00117       fV[index].setX(value);
00118    }

void EmcRecCrystal::SetX (  int  index,
double  value
)  [inline]
  

00116                                       {
00117       fV[index].setX(value);
00118    }

void EmcRecCrystal::SetY (  int  index,
double  value
)  [inline]
  

00120                                       {
00121       fV[index].setY(value);
00122    }

void EmcRecCrystal::SetY (  int  index,
double  value
)  [inline]
  

00120                                       {
00121       fV[index].setY(value);
00122    }

void EmcRecCrystal::SetZ (  int  index,
double  value
)  [inline]
  

00124                                       {
00125       fV[index].setZ(value);
00126    }

void EmcRecCrystal::SetZ (  int  index,
double  value
)  [inline]
  

00124                                       {
00125       fV[index].setZ(value);
00126    }

int EmcRecCrystal::SevenPlane (   )  [inline, static]
  

00069      { return SEVEN_PLANE; }

int EmcRecCrystal::SevenPlane (   )  [inline, static]
  

00069      { return SEVEN_PLANE; }

int EmcRecCrystal::SixPlane (   )  [inline, static]
  

00066      { return SIX_PLANE; }

int EmcRecCrystal::SixPlane (   )  [inline, static]
  

00066      { return SIX_PLANE; }

int EmcRecCrystal::Type (  int  typ  )  [inline]
  

00076      {  fType=typ;
00077         if( (fType!=SIX_PLANE) && (fType!=SEVEN_PLANE) )
00078           { fType=INVALID_CRYSTAL; }
00079         return fType; 
00080      }

int EmcRecCrystal::Type (   )  const [inline]
  

00073      { return fType; }

int EmcRecCrystal::Type (  int  typ  )  [inline]
  

00076      {  fType=typ;
00077         if( (fType!=SIX_PLANE) && (fType!=SEVEN_PLANE) )
00078           { fType=INVALID_CRYSTAL; }
00079         return fType; 
00080      }

int EmcRecCrystal::Type (   )  const [inline]
  

00073      { return fType; }

Member Data Documentation

int EmcRecCrystal::fType [private]
 

HepPoint3D EmcRecCrystal::fV [private]
 

const int EmcRecCrystal::INVALID_CRYSTAL = -1 [static, private]
 

const int EmcRecCrystal::SEVEN_PLANE = 1 [static, private]
 

const int EmcRecCrystal::SIX_PLANE = 0 [static, private]
 

The documentation for this class was generated from the following files:
Generated on Wed Feb 2 16:01:57 2011 for BOSS6.5.5 by  doxygen 1.3.9.1