PHASIC%2B%2B/Channels/BBar_Multi_Channel.H

0001 #ifndef PHASIC_Channels_BBar_Multi_Channel_H
0002 #define PHASIC_Channels_BBar_Multi_Channel_H
0003
0004 #include "PHASIC++/Channels/Multi_Channel.H"
0005 #include "PHASIC++/Channels/BBar_Emission_Generator.H"
0006
0007 namespace ATOOLS { class Cluster_Amplitude; }
0008
0009 namespace PHASIC {
0010
0011   class Process_Base;
0012   class Phase_Space_Handler;
0013
0014   class BBar_Multi_Channel: public Multi_Channel {
0015   private:
0016
0017     Process_Base *p_proc;
0018
0019     Multi_Channel *p_fsmc;
0020     Cut_Data      *p_cuts;
0021
0022     BBar_Emission_Generator m_eeg;
0023
0024   public:
0025
0026     BBar_Multi_Channel(Process_Base *const proc,
0027                Process_Base *const sproc,
0028                Phase_Space_Handler *const psh);
0029
0030     ~BBar_Multi_Channel();
0031
0032     Dipole_Params Active(Process_Base *const bviproc) const;
0033
0034     void Reset();
0035
0036     void Optimize(double);
0037     void EndOptimize(double);
0038     void MPISync();
0039
0040     void AddPoint(double value);
0041
0042     void GenerateWeight(ATOOLS::Vec4D *p,Cut_Data *cuts);
0043     void GeneratePoint(ATOOLS::Vec4D *p,Cut_Data *cuts);
0044
0045     void GenerateEmissionPoint
0046     (const ATOOLS::Cluster_Amplitude &ampl);
0047
0048     void WriteOut(std::string pId);
0049     bool ReadIn(std::string pId);
0050
0051     size_t Number();
0052
0053     std::string Name();
0054     std::string ChID();
0055
0056     bool OptimizationFinished();
0057
0058     void ISRInfo(int i,int &t,double &m,double &w);
0059     void ISRInfo(std::vector<int> &ts,std::vector<double> &ms,
0060          std::vector<double> &ws) const;
0061
0062     void Print();
0063
0064   };// end of class BBar_Multi_Channel
0065
0066 }// end of namespace PHASIC
0067
0068 #endif