AtTools::AtELossModel Class Reference

#include <AtELossModel.h>

Inheritance diagram for AtTools::AtELossModel:

Public Member Functions
	AtELossModel (double density)
virtual	~AtELossModel ()=default
void	SetDensity (double density)
virtual double	GetdEdx (double energy) const =0
virtual double	GetRange (double energyIni, double energyFin=0) const =0
virtual double	GetEnergyLoss (double energyIni, double distance) const =0
virtual double	GetEnergy (double energyIni, double distance) const =0

Protected Member Functions
void	SetIniDensity (double density)

Protected Attributes
double	fDensityIni
double	fDensity
double	fdEdxScale {1}

Detailed Description

Class representing the energy loss of a particle through some material. Derived classes can represent models from different sources (SRIM, etc). Internal units are Mev/mm

Based on a combination of Nabin Rijal's AtELossManager and the EnergyLoss class (https://github.com/joshhooker/EnergyLossClass) which is released unter the MIT Licsense (copyright Joshua Hooker).

Definition at line 15 of file AtELossModel.h.

Constructor & Destructor Documentation

AtELossModel()

AtTools::AtELossModel::AtELossModel ( double  density )

inline

Definition at line 31 of file AtELossModel.h.

~AtELossModel()

virtual AtTools::AtELossModel::~AtELossModel ( )

virtualdefault

Member Function Documentation

GetdEdx()

virtual double AtTools::AtELossModel::GetdEdx ( double  energy ) const

pure virtual

Get the stopping power in MeV/mm

Implemented in AtTools::AtELossTable.

GetEnergy()

virtual double AtTools::AtELossModel::GetEnergy ( double  energyIni, double  distance  ) const

pure virtual

Get the energy of particle after traveling some distance (in mm). If the distance is negative, then returns the energy the particle had to reach energyIni after distance.

Implemented in AtTools::AtELossTable.

GetEnergyLoss()

virtual double AtTools::AtELossModel::GetEnergyLoss ( double  energyIni, double  distance  ) const

pure virtual

Get the energy loss over some distance (in mm).

Implemented in AtTools::AtELossTable.

GetRange()

virtual double AtTools::AtELossModel::GetRange ( double  energyIni, double  energyFin = 0  ) const

pure virtual

Get the range of the particle in the material.

Implemented in AtTools::AtELossTable.

SetDensity()

void AtTools::AtELossModel::SetDensity

(

double

density

)

Set the density of the material we are calculating energy losses for in mg/cm^3. Likely not fully tested, but I want to keep it around to remind myself of it.

Definition at line 10 of file AtELossModel.cxx.

SetIniDensity()

void AtTools::AtELossModel::SetIniDensity ( double  density )

inlineprotected

Definition at line 58 of file AtELossModel.h.

Member Data Documentation

fdEdxScale

double AtTools::AtELossModel::fdEdxScale {1}

protected

Definition at line 28 of file AtELossModel.h.

fDensity

double AtTools::AtELossModel::fDensity

protected

Density of the target in mg/cm^3 we are calcualting energy losses for. Energy loss is scaled using this value and fDensityIni.

Definition at line 26 of file AtELossModel.h.

fDensityIni

double AtTools::AtELossModel::fDensityIni

protected

Density of the target in mg/cm^3 if known (used to scale E-loss over different ranges). This is the density used in the internal model (set on construction).

Definition at line 21 of file AtELossModel.h.

---

The documentation for this class was generated from the following files:

• /github/workspace/AtTools/AtELossModel.h
• /github/workspace/AtTools/AtELossModel.cxx