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Material.h
1
#ifndef genfit_Material_h
2
#define genfit_Material_h
3
4
#include "EigenMatrixTypedefs.h"
5
6
#include <TObject.h>
7
8
namespace
genfit
{
9
10
struct
Material
{
11
Scalar density;
12
Scalar
Z
;
13
Scalar
A
;
14
Scalar
radiationLength
;
15
Scalar
mEE
;
16
17
Material
() : density(0),
Z
(0),
A
(0),
radiationLength
(0),
mEE
(0) {}
18
19
Material
(Scalar density_, Scalar Z_, Scalar A_, Scalar radiationLength_, Scalar mEE_) :
20
density(density_),
Z
(Z_),
A
(A_),
radiationLength
(radiationLength_),
mEE
(mEE_) {}
21
22
Material
(
const
Material
&material) =
default
;
23
24
virtual
~
Material
() {};
25
26
void
Print(
const
Option_t* =
""
)
const
;
27
28
ClassDef(
Material
, 1)
29
};
30
31
bool
operator==
(
const
Material &lhs,
const
Material &rhs);
32
33
bool
operator!=
(
const
Material &lhs,
const
Material &rhs);
34
35
}
36
37
#endif
genfit::Material::mEE
Scalar mEE
Radiation Length in cm.
Definition:
Material.h:15
Belle2::operator==
bool operator==(const DecayNode &node1, const DecayNode &node2)
Compare two Decay Nodes: They are equal if All daughter decay nodes are equal or one of the daughter ...
Definition:
DecayNode.cc:50
genfit::Material::Z
Scalar Z
Density in g / cm^3.
Definition:
Material.h:12
genfit::Material::A
Scalar A
Atomic number.
Definition:
Material.h:13
Belle2::operator!=
bool operator!=(const DecayNode &node1, const DecayNode &node2)
Not equal: See operator==.
Definition:
DecayNode.cc:67
genfit
Defines for I/O streams used for error and debug printing.
Definition:
AlignablePXDRecoHit.h:19
genfit::Material::Material
Material()
Mean excitaiton energy in eV.
Definition:
Material.h:17
genfit::Material::radiationLength
Scalar radiationLength
Mass number in g / mol.
Definition:
Material.h:14
genfit::Material
Definition:
Material.h:10
genfit2
code2
core
include
Material.h
Generated on Tue Jan 4 2022 02:58:31 for Belle II Software by
1.8.17