Class Bunch#

Defined in File Bunch.hh

Inheritance Relationships#

Base Type#

public OrbitUtils::CppPyWrapper (Class CppPyWrapper)

Class Documentation#

class Bunch : public OrbitUtils::CppPyWrapper #

Public Functions

Bunch()#: Bunch class. The container for the 6D cooordinates and additional atributes for each macroparticles. The parcticles’ info can be read changed, and dumped to a file.

virtual ~Bunch()#

double &x(int index)#

double &y(int index)#

double &z(int index)#

double &px(int index)#

double &py(int index)#

double &pz(int index)#

double &dE(int index)#

double &xp(int index)#

double &yp(int index)#

int flag(int index)#

double *coordPartArr(int index)#

double **coordArr()#

void ringwrap(double ring_length)#

int addParticle(double x, double px, double y, double py, double z, double pz_or_dE)#

void deleteParticleFast(int index)#

void recoverParticle(int index)#

void deleteParticle(int index)#

void compress()#

double getMass()#

double getClassicalRadius()#

double getCharge()#

double getMacroSize()#

double getB_Rho()#: Return the B*Rho parameter of the particle B*Rho = momentum/charge - [T*m] or B*Rho = 3.335640952*momentum[GeV/c]/charge[electron charges]

double setMass(double mass)#

double setCharge(double chrg)#

double setMacroSize(double mcrsz)#

int getSize()#

int getSizeGlobal()#

int getSizeGlobalFromMemory()#

int getTotalCount()#

int getCapacity()#

void print(std::ostream &Out)#

void print(const char *fileName)#

int readBunchCoords(const char *fileName, int nParts)#

int readBunchCoords(const char *fileName)#

int readParticleAttributesNames(const char *fileName, std::vector<std::string> &attr_names, std::map<std::string, std::map<std::string, double>> &part_attr_dicts)#

void readParticleAttributes(const char *fileName)#

void deleteAllParticles()#

void addParticleAttributes(const std::string att_name, std::map<std::string, double> part_attr_dict)#

int hasParticleAttributes(const std::string att_name)#

void removeParticleAttributes(const std::string name)#

void removeAllParticleAttributes()#

ParticleAttributes *getParticleAttributes(const std::string name)#

void getParticleAttributesNames(std::vector<std::string> &names)#

void clearAllParticleAttributesAndMemorize()#

void restoreAllParticleAttributesFromMemory()#

SyncPart *getSyncPart()#

OrbitUtils::AttributesBucket *getBunchAttributes()#

double getBunchAttributeDouble(const std::string att_name)#

int getBunchAttributeInt(const std::string att_name)#

void setBunchAttribute(const std::string att_name, double att_val)#

void setBunchAttribute(const std::string att_name, int att_val)#

void getIntBunchAttributeNames(std::vector<std::string> &names)#

void getDoubleBunchAttributeNames(std::vector<std::string> &names)#

void initBunchAttributes(const char *fileName)#

void copyEmptyBunchTo(Bunch *bunch)#

void copyBunchTo(Bunch *bunch)#

void addParticlesTo(Bunch *bunch)#

pyORBIT_MPI_Comm *getMPI_Comm_Local()#

void setMPI_Comm_Local(pyORBIT_MPI_Comm *pyComm_Local)#

int getMPI_Size()#

int getMPI_Rank()#

Protected Functions

virtual void init()#

Protected Attributes

double **arrAttr#

double mass#

double charge#

double classicalRadius#

double energy#

double macroSizeForAll#

int nDim#

int nTotalSize#

int nSize#

int nNew#

int nChunk#

int nChunkMin#

int sizeGlobal#

int *arrFlag#

double **arrCoord#

int needOfCompress#

std::map<std::string, ParticleAttributes*> attrCntrMap#

std::map<std::string, int> attrCntrSizeMap#

int attrCntrSize#

int attributesSize#

std::map<std::string, int> attrCntrLowIndMap#

std::map<std::string, int> attrCntrUppIndMap#

std::map<std::string, ParticleAttributes*> attrCntrMapTemp#

std::vector<ParticleAttributes*> attrCntrVect#

OrbitUtils::AttributesBucket *bunchAttr#

SyncPart *syncPart#

int iMPIini#

int rank_MPI#

int size_MPI#

pyORBIT_MPI_Comm *pyComm_Local#

PyObject *py_wrapper#