The following tables describe banks created by creator-type algorithms. Often the bank name matches the algorithm name, but not always.

The variable types and their corresponding accessor methods from hipo::bank are:

REC::Particle::Sector

Description: sector information for each particle

Creator Algorithm: iguana::clas12::SectorFinder

Variable	Type	Description
pindex	short	row number in the particle bank
sector	int	sector for this particle

physics::InclusiveKinematics

Description: inclusive kinematics

Creator Algorithm: iguana::physics::InclusiveKinematics

Variable	Type	Description
pindex	short	REC::Particle row (pindex) of the scattered electron
Q2	double	\(Q^2\) (GeV \(^2\))
x	double	\(x_B\)
y	double	\(y\)
W	double	\(W\) (GeV)
nu	double	\(\nu\)
qx	double	\(x\)-component of virtual photon momentum \(q\)
qy	double	\(y\)-component of virtual photon momentum \(q\)
qz	double	\(z\)-component of virtual photon momentum \(q\)
qE	double	\(E\)-component of virtual photon momentum \(q\)
beamPz	double	beam momentum \(z\)-component (GeV)
targetM	double	target mass (GeV)

Description: SIDIS single-hadron kinematics

Creator Algorithm: iguana::physics::SingleHadronKinematics

Variable	Type	Description
pindex	short	REC::Particle row (pindex) of the hadron
pdg	int	PDG code of the hadron
z	double	\(z\): Momentum fraction of the fragmenting parton carried by the hadron
PhPerp	double	\(P_h^\perp\): transverse momentum of the hadron in the \(\perp\)-frame (transverse to \(\vec{q}\))
MX2	double	\(M_X^2(ehX)\): Missing mass squared of the hadron
xF	double	\(x_F\): Feynman-x of the hadron
yB	double	\(y_{h,B}\): Breit frame rapidity of the hadron
phiH	double	\(\phi_h\): \(q\)-azimuthal angle between the lepton-scattering plane and the \(\vec{q}\times\vec{P}_h\) plane; if the value is tools::UNDEF, the calculation failed
xi	double	\(\xi_h\): Longitudinal momentum fraction of the nucleon carried by the hadron

Description: SIDIS dihadron kinematics

Creator Algorithm: iguana::physics::DihadronKinematics

Variable	Type	Description
pindex_a	short	REC::Particle row (pindex) of hadron A
pindex_b	short	REC::Particle row (pindex) of hadron B
pdg_a	int	PDG code of hadron A
pdg_b	int	PDG code of hadron B
Mh	double	\(M_h\): Invariant mass of the dihadron
z	double	\(z\): Momentum fraction of the fragmenting parton carried by the dihadron
PhPerp	double	\(P_h^\perp\): transverse momentum of the dihadron in the \(\perp\)-frame (transverse to \(\vec{q}\))
MX2	double	\(M_X^2(ehhX)\): Missing mass squared of the dihadron
xF	double	\(x_F\): Feynman-x of the dihadron
yB	double	\(y_{h,B}\): Breit frame rapidity of the dihadron
phiH	double	\(\phi_h\): \(q\)-azimuthal angle between the lepton-scattering plane and the \(\vec{q}\times\vec{P}_h\) plane; if the value is tools::UNDEF, the calculation failed
phiR	double	\(\phi_R\): \(q\)-azimuthal angle between the lepton-scattering plane and dihadron plane; if the value is tools::UNDEF, the calculation failed
theta	double	\(\theta\): The 'decay' angle of hadron A in the dihadron rest frame, with respect; to the dihadron momentum direction

Description: SIDIS depolarization factors

Creator Algorithm: iguana::physics::Depolarization

Variable	Type	Description
epsilon	double	\(\varepsilon(Q^2, x, y)\), the ratio of transverse and longitudinal photon flux
A	double	depolarization factor \(A(\varepsilon, y)\)
B	double	depolarization factor \(B(\varepsilon, y)\)
C	double	depolarization factor \(C(\varepsilon, y)\)
V	double	depolarization factor \(V(\varepsilon, y)\)
W	double	depolarization factor \(W(\varepsilon, y)\)

Description: calorimeter information linked to particles

Creator Algorithm: iguana::clas12::CalorimeterLinker

Variable	Type	Description
pindex	short	row number in the particle bank
pcal_found	byte	1 if PCAL info found for this particle, 0 otherwise
pcal_sector	int	PCAL sector
pcal_lu	float	PCAL distance on U-side
pcal_lv	float	PCAL distance on V-side
pcal_lw	float	PCAL distance on W-side
pcal_energy	float	Energy associated with the PCAL hit (GeV)
ecin_found	byte	1 if ECIN info found for this particle, 0 otherwise
ecin_sector	int	ECIN sector
ecin_lu	float	ECIN distance on U-side
ecin_lv	float	ECIN distance on V-side
ecin_lw	float	ECIN distance on W-side
ecin_energy	float	Energy associated with the ECIN hit (GeV)
ecout_found	byte	1 if ECOUT info found for this particle, 0 otherwise
ecout_sector	int	ECOUT sector
ecout_lu	float	ECOUT distance on U-side
ecout_lv	float	ECOUT distance on V-side
ecout_lw	float	ECOUT distance on W-side
ecout_energy	float	Energy associated with the ECOUT hit (GeV)

Description: trajectory information linked to particles

Creator Algorithm: iguana::clas12::TrajLinker

Variable	Type	Description
pindex	short	row number in the particle bank
sector	int	sector
r1_found	byte	1 if Region 1 info found for this particle, 0 otherwise
r1_x	float	Region 1 x-position
r1_y	float	Region 1 y-position
r1_z	float	Region 1 z-position
r2_found	byte	1 if Region 2 info found for this particle, 0 otherwise
r2_x	float	Region 2 x-position
r2_y	float	Region 2 y-position
r2_z	float	Region 2 z-position
r3_found	byte	1 if Region 3 info found for this particle, 0 otherwise
r3_x	float	Region 3 x-position
r3_y	float	Region 3 y-position
r3_z	float	Region 3 z-position

Description: REC::Particle -> MC::Particle simple matching by proximity; similar to MC::RecMatch

Creator Algorithm: iguana::clas12::MCProximityMatch

Variable	Type	Description
pindex	short	REC::Particle index
mcindex	short	MC::Particle index
proximity	double	the distance between reconstructed and generated particles, in the proximity-matching space