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TMuiClusterO.cxx

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00001 #include<TMuiClusterO.h>
00002 #include<TDataType.h>
00003 
00004 ClassImp(TMuiClusterO)
00005 ClassImp(TMuiClusterO_v1)
00006 ClassImp(TMuiClusterO_v2)
00007   
00009 TMuiClusterO_v1::TMuiClusterO_v1() :
00010   _arm(0),
00011   _plane(0),
00012   _panel(0),
00013   _orientation(0),
00014   _size(0),
00015   _index(0)
00016 {
00017   std::fill(_centroidpos,_centroidpos+POINT_SIZE,0);
00018   std::fill(_centroidsigma,_centroidsigma+POINT_SIZE,0);
00019 }
00020 
00021 TMuiClusterO_v1::TMuiClusterO_v1(const Key& key,
00022                            UShort_t arm,
00023                            UShort_t plane,
00024                            UShort_t panel,
00025                            UShort_t orientation,
00026                            UShort_t index) :
00027   TMuiClusterO(key),
00028   _arm(arm),
00029   _plane(plane),
00030   _panel(panel),
00031   _orientation(orientation),
00032   _size(0),
00033   _index(index)
00034 {
00035   std::fill(_centroidpos,_centroidpos+POINT_SIZE,0);
00036   std::fill(_centroidsigma,_centroidsigma+POINT_SIZE,0);
00037 }
00038 
00039 
00040 TMuiClusterO_v1::TMuiClusterO_v1(const TMuiClusterO* base_ptr) :
00041   TMuiClusterO(*base_ptr),
00042   _arm(base_ptr->get_arm()),
00043   _plane(base_ptr->get_plane()),
00044   _panel(base_ptr->get_panel()),
00045   _orientation(base_ptr->get_orientation()),
00046   _size(base_ptr->get_size()),
00047   _index(base_ptr->get_index())
00048 {
00049     set_centroidpos(base_ptr->get_centroidpos());
00050     set_centroidsigma(base_ptr->get_centroidsigma());
00051 }
00052 
00053 TMuiClusterO_v1::TMuiClusterO_v1(const TMuiClusterO& base_ref) :
00054   TMuiClusterO(base_ref),
00055   _arm(base_ref.get_arm()),
00056   _plane(base_ref.get_plane()),
00057   _panel(base_ref.get_panel()),
00058   _orientation(base_ref.get_orientation()),
00059   _size(base_ref.get_size()),
00060   _index(base_ref.get_index())
00061 {
00062     set_centroidpos(base_ref.get_centroidpos());
00063     set_centroidsigma(base_ref.get_centroidsigma());
00064 }
00065 
00066 void TMuiClusterO_v1::set_centroidpos(const PHPoint& point)
00067 {
00068   _centroidpos[0] = point.getX();
00069   _centroidpos[1] = point.getY();
00070   _centroidpos[2] = point.getZ();
00071 }
00072 
00073 void TMuiClusterO_v1::set_centroidsigma(const PHPoint& point)
00074 {
00075   _centroidsigma[0] = point.getX();
00076   _centroidsigma[1] = point.getY();
00077   _centroidsigma[2] = point.getZ();
00078 }
00079 
00080 PHPoint
00081 TMuiClusterO_v1::get_centroidpos() const
00082 {
00083   return PHPoint(_centroidpos[0],
00084                  _centroidpos[1],
00085                  _centroidpos[2]);
00086 }
00087 
00088 PHPoint
00089 TMuiClusterO_v1::get_centroidsigma() const
00090 {
00091   return PHPoint(_centroidsigma[0],
00092                  _centroidsigma[1],
00093                  _centroidsigma[2]);
00094 }
00095 
00097 TMuiClusterO_v2::TMuiClusterO_v2() :
00098   _arm(0),
00099   _plane(0),
00100   _panel(0),
00101   _orientation(0),
00102   _size(0),
00103   _index(0)
00104 {
00105   std::fill(_centroidpos,_centroidpos+POINT_SIZE,0);
00106   std::fill(_centroidsigma,_centroidsigma+POINT_SIZE,0);
00107   std::fill(_point_1,_point_1+POINT_SIZE,0);
00108   std::fill(_point_2,_point_2+POINT_SIZE,0);
00109 }
00110 
00111 TMuiClusterO_v2::TMuiClusterO_v2(const Key& key,
00112                            UShort_t arm,
00113                            UShort_t plane,
00114                            UShort_t panel,
00115                            UShort_t orientation,
00116                            UShort_t index) :
00117   TMuiClusterO(key),
00118   _arm(arm),
00119   _plane(plane),
00120   _panel(panel),
00121   _orientation(orientation),
00122   _size(0),
00123   _index(index)
00124 {
00125   std::fill(_centroidpos,_centroidpos+POINT_SIZE,0);
00126   std::fill(_centroidsigma,_centroidsigma+POINT_SIZE,0);
00127   std::fill(_point_1,_point_1+POINT_SIZE,0);
00128   std::fill(_point_2,_point_2+POINT_SIZE,0);
00129 }
00130 
00131 
00132 TMuiClusterO_v2::TMuiClusterO_v2(const TMuiClusterO* base_ptr) :
00133   TMuiClusterO(*base_ptr),
00134   _arm(base_ptr->get_arm()),
00135   _plane(base_ptr->get_plane()),
00136   _panel(base_ptr->get_panel()),
00137   _orientation(base_ptr->get_orientation()),
00138   _size(base_ptr->get_size()),
00139   _index(base_ptr->get_index())
00140 {
00141   set_centroidpos(base_ptr->get_centroidpos());
00142   set_centroidsigma(base_ptr->get_centroidsigma());
00143   set_coord(PHLine(base_ptr->get_coord_begin(),
00144                    base_ptr->get_coord_end()));
00145 }
00146 
00147 TMuiClusterO_v2::TMuiClusterO_v2(const TMuiClusterO& base_ref) :
00148   TMuiClusterO(base_ref),
00149   _arm(base_ref.get_arm()),
00150   _plane(base_ref.get_plane()),
00151   _panel(base_ref.get_panel()),
00152   _orientation(base_ref.get_orientation()),
00153   _size(base_ref.get_size()),
00154   _index(base_ref.get_index())
00155 {
00156   set_centroidpos(base_ref.get_centroidpos());
00157   set_centroidsigma(base_ref.get_centroidsigma());
00158   set_coord(PHLine(base_ref.get_coord_begin(),
00159                    base_ref.get_coord_end()));
00160 }
00161 
00162 void TMuiClusterO_v2::set_centroidpos(const PHPoint& point)
00163 {
00164   _centroidpos[0] = point.getX();
00165   _centroidpos[1] = point.getY();
00166   _centroidpos[2] = point.getZ();
00167 }
00168 
00169 void TMuiClusterO_v2::set_centroidsigma(const PHPoint& point)
00170 {
00171   _centroidsigma[0] = point.getX();
00172   _centroidsigma[1] = point.getY();
00173   _centroidsigma[2] = point.getZ();
00174 }
00175 
00176 PHPoint
00177 TMuiClusterO_v2::get_centroidpos() const
00178 {
00179   return PHPoint(_centroidpos[0],
00180                  _centroidpos[1],
00181                  _centroidpos[2]);
00182 }
00183 
00184 PHPoint
00185 TMuiClusterO_v2::get_centroidsigma() const
00186 {
00187   return PHPoint(_centroidsigma[0],
00188                  _centroidsigma[1],
00189                  _centroidsigma[2]);
00190 }
00191 
00192 PHLine TMuiClusterO_v2::get_coord() const
00193 {
00194   return PHLine(PHPoint(_point_1[0],
00195                         _point_1[1],
00196                         _point_1[2]),
00197                 PHPoint(_point_2[0],
00198                         _point_2[1],
00199                         _point_2[2]));
00200   return PHLine();
00201 }
00202 
00203 PHPoint TMuiClusterO_v2::get_coord_end() const
00204 {
00205   return PHPoint(_point_2[0],
00206                  _point_2[1],
00207                  _point_2[2]);
00208 }
00209 
00210 PHPoint TMuiClusterO_v2::get_coord_begin() const
00211 {
00212   return PHPoint(_point_1[0],
00213                  _point_1[1],
00214                  _point_1[2]);
00215 }
00216 
00217 void TMuiClusterO_v2::set_coord(const PHLine& line) 
00218 {
00219   _point_1[0] = line.getBasepoint().getX();
00220   _point_1[1] = line.getBasepoint().getY();
00221   _point_1[2] = line.getBasepoint().getZ();
00222   _point_2[0] = _point_1[0] + line.getDirection().getX();
00223   _point_2[1] = _point_1[1] + line.getDirection().getY();
00224   _point_2[2] = _point_1[2] + line.getDirection().getZ();
00225 }
00226 
00227 void TMuiClusterO_v2::set_coord_end(const PHPoint& point) 
00228 {
00229   _point_2[0] = point.getX();
00230   _point_2[1] = point.getY();
00231   _point_2[2] = point.getZ();
00232 }
00233 
00234 void TMuiClusterO_v2::set_coord_begin(const PHPoint& point) 
00235 {
00236   _point_1[0] = point.getX();
00237   _point_1[1] = point.getY();
00238   _point_1[2] = point.getZ();
00239 }

MUIOO: PHENIX Muon Identifier Analysis Framework. Documentation by doxygen
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