Simulation data. More...

#include <datastruct.h>

Public Member Functions
int	setPySimData ()
	Sets the PySimData pointers to coresponding references from SimData. More...

int	calculateColProb (const CfgData *pCfgData)
	Calculates collision probability from the cx. More...

Public Attributes
std::vector< Cell >	cellVec
	Vector of cells.

std::vector< nodeFlag_t >	nodeFlagVec
	Vector of pointers to the cellVec. More...

std::vector< cellId_t >	cellIdVec

std::vector< cellId_t >	cellIdAVec
	Vector of pointer to cells of group A. More...

std::vector< cellId_t >	cellIdBVec
	Vector of pointer to cells of group B.

std::vector< State >	stateVec
	Vector of states.

std::vector< stateFlag_t >	stateFlagVec
	Vector of state flags - corresponds to stateVec.

std::vector< stateId_t >	headIdVec
	Vector of pointers to head states. More...

std::vector< Specie >	specieVec
	Vector of species.

std::vector< Gas >	gasVec
	Vector of gases.

std::vector< randEngine_t >	randomEngineVec
	Engines used to generate random numbers.

std::vector< GasCollision >	gasCollisionVec
	Vector of gas collision data.

std::vector< PyGasCollision >	pyGasCollisionVec
	Vector for the ctypes wrapper.

std::vector< FuncTable >	gasCollisionProbVec
	Vector of total gas collision probability data.

std::vector< PyFuncTable >	pyGasCollisionProbVec
	Vector for the ctypes wrapper.

Field	field
	Field data.

PySimData	pySimData
	PySimData points to data of this object.

uint64_t	evolveCnt
	Evolution counter.

Detailed Description

Simulation data.

Member Function Documentation

◆ calculateColProb()

int parfis::SimData::calculateColProb ( const CfgData * pCfgData )

Calculates collision probability from the cx.

Returns: int Zero on success

◆ setPySimData()

int parfis::SimData::setPySimData ( )

Sets the PySimData pointers to coresponding references from SimData.

PySimData is used to wrap the data structure in order to be usable by python through ctypes. The need for this structure is mainly because in ctypes there isn't a built-in representation of the std::vector structure.

Returns: int Zero on success

Member Data Documentation

◆ cellIdAVec

std::vector<cellId_t> parfis::SimData::cellIdAVec

Vector of pointer to cells of group A.

Groups are used to classify cells, for examples cells that lie fully inside the geometry (group A) and those that don't (group B). In different cases the classification can have different meanings.

◆ headIdVec

std::vector<stateId_t> parfis::SimData::headIdVec

Vector of pointers to head states.

Head state is the first state in the doubly linked list of states that belong to a certain cell. For every cell there are as many heads as there are species in the simulation. This structure is a matrix written in one dimension since the number of elements is cellVec.size()*specieVec.size()

◆ nodeFlagVec

std::vector<nodeFlag_t> parfis::SimData::nodeFlagVec

Vector of pointers to the cellVec.

Maping of absolute cell id (calculated) to real cell id which is the position in the cellVec vector Vector of nodeFlags for each cell in the geometry - corresponds to cellVec

Public Member Functions

Public Attributes