#include <particledata.h>
A structure to hold information about the history of the particle, e.g.
the last interaction etc.
Definition at line 30 of file particledata.h.
Public Attributes | |
int32_t | collisions_per_particle = 0 |
Collision counter per particle, zero only for initially present particles. More... | |
int32_t | id_process = 0 |
id of the last action More... | |
ProcessType | process_type = ProcessType::None |
type of the last action More... | |
double | time_last_collision = 0.0 |
Time of the last action (excluding walls), time of kinetic freeze_out for HBT analysis this time should be larger or equal to the formation time of the particle, since only formed particles can freeze out The full coordinate space 4-vector can be obtained by back-propagation. More... | |
PdgCode | p1 = 0x0 |
PdgCode of the first parent particles. More... | |
PdgCode | p2 = 0x0 |
PdgCode of the second parent particles. More... | |
int32_t smash::HistoryData::collisions_per_particle = 0 |
Collision counter per particle, zero only for initially present particles.
Definition at line 32 of file particledata.h.
int32_t smash::HistoryData::id_process = 0 |
id of the last action
Definition at line 34 of file particledata.h.
ProcessType smash::HistoryData::process_type = ProcessType::None |
type of the last action
Definition at line 36 of file particledata.h.
double smash::HistoryData::time_last_collision = 0.0 |
Time of the last action (excluding walls), time of kinetic freeze_out for HBT analysis this time should be larger or equal to the formation time of the particle, since only formed particles can freeze out The full coordinate space 4-vector can be obtained by back-propagation.
Definition at line 43 of file particledata.h.
PdgCode smash::HistoryData::p1 = 0x0 |
PdgCode of the first parent particles.
Definition at line 45 of file particledata.h.
PdgCode smash::HistoryData::p2 = 0x0 |
PdgCode of the second parent particles.
Definition at line 47 of file particledata.h.