MaterialProperties.icc

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/*
  Copyright (C) 2002-2020 CERN for the benefit of the ATLAS collaboration
*/
 
namespace Trk {
 
/** Return method for the full material */
inline const Material&
MaterialProperties::material() const
{
  return m_material;
}
 
inline Material&
MaterialProperties::material()
{
  return m_material;
}
 
/** Return method for thicknes in units of radiation length - dimensionless */
inline float
MaterialProperties::thicknessInX0() const
{
  return m_dInX0;
}
 
/** Return method for thickness in units of nuclear interaction length -
 * dimensionless */
inline float
MaterialProperties::thicknessInL0() const
{
  return m_dInL0;
}
 
/** Return method for thickness in mm */
inline float
MaterialProperties::thickness() const
{
  return m_dInX0 * m_material.X0;
}
 
/** Return method for radiation length - in [mm] */
inline float
MaterialProperties::x0() const
{
  return m_material.X0;
}
 
/** Return method for nuclear interaction length - in [mm] */
inline float
MaterialProperties::l0() const
{
  return m_material.L0;
}
 
/** Return method for @f$ \frac{A}{Z}\cdot\rho @f$ */
inline float
MaterialProperties::zOverAtimesRho() const
{
  return m_material.zOaTr;
}
 
/** Return method for @f$ \frac{A}{Z}\cdot\rho\cdot d @f$ */
inline float
MaterialProperties::zOverAtimesRhoTimesD() const
{
  return m_zOaTrTd;
}
 
/** Return method for @f$ A @f$ */
inline float
MaterialProperties::averageA() const
{
  return m_material.A;
}
 
/** Return method for @f$ Z @f$ */
inline float
MaterialProperties::averageZ() const
{
  return m_material.Z;
}
 
/** Return method for @f$ Z @f$ */
inline float
MaterialProperties::averageRho() const
{
  return m_material.rho;
}
 
/** Return method for @f$ dE/dX @f$ */
inline float
MaterialProperties::dEdX() const
{
  return m_material.dEdX;
}
 
}