TMuiChannelId

class TMuiChannelId

Contains the "software" representation of a MuID channel address

Public Fields
static const short kPlanesPerArm: Number of gaps in each arm.
static const short kPanelsPerPlane: Number of panels in a gap.
static const short kTwoPacksPerPlaneMax: Maximum number of two-packs in a given orientation/gap.
static const short kTwoPacksPerPanelMax: Number of two-packs of a single orientation in a panel.
static const short kArmsTotal: Number of arms in the system.
static const short kPlanesTotal: Number of gaps total in the system.
static const short kPanelsTotal: Number of panels total in the system.
static const short kPanelsXYTotal: = kPanelsTotal * kOrientations
static const short kOrientations: Number of two-pack orientations = 2 (HORIZ, VERT).
static const short kTwoPacksMaxTotal: Upper limit on the number of two-packs in the system.
static const short kHitsPerPanelMax: Maximum allowed raw hits per panel.
static const short kHitsMaxTotal: Maximum allowed raw hits in entire MuID.

Public Methods
TMuiChannelId(const short& arm=-1, const short& plane=-1, const short& panel=-1, const EOrient_t& orient=kHORIZ, const short& twopack=-1): Constructor.
TMuiChannelId(const TMuiChannelId& orig): Copy constructor.
TMuiChannelId& operator=(const TMuiChannelId& orig): Assignment operator.
~TMuiChannelId(): Destructor.
short Arm() const: Arm identifier (0 - South, 1 - North)
short Plane() const: Gap identifier (0-4)
short Panel() const: Panel identifier (0-5)
EOrient_t Orient() const: Orientation of two-pack (kHORIZ or kVERT).
short TwoPack() const: Two-pack ident (starts at 0)
void Set(const short& arm, const short& plane, const short& panel, const EOrient_t& orient = kHORIZ, const short& twopack = -1): Set the sub-identifiers.
void SetID(const short& arm, const short& plane, const short& panel, const short& orient = kHORIZ, const short& twopack = -1): Set the sub-identifiers.

Documentation

Contains the "software" representation of a MuID channel address.
Indexing a MuID readout channel (in the "software" scheme) requires five numbers:

the arm number, fArm (0 - North, 1 - South)
the gap or plane number in the arm, fPlane (0-4)
the panel number within the plane, fPanel (0-5)
the tube orientation, fOrientation ("kHORIZ" - horizontal, "kVERT" - vertical)
the tube number within the panel for the given orientation, fTwoPack (0 - some panel-dependent value)