Gleam User Guide: Digi Root
Introduction
All Gleam output is in ROOT format. To read and analyze
these files you will need to use an application capable of reading in ROOT
files. The easiest path is to use the ROOT analysis environment. For
more general information about ROOT and how we use it in GLAST, please see the GLAST
ROOT home page: http://www-glast.slac.stanford.edu/software/root.
To read this Monte Carlo files, you need to use ROOT.
You must use ROOT version >= 3.02.07.
It is recommended that you use 3.02.07.
Digi Tree
The Digi tree has one branch, DigiEvent. All of the Digitization data is
contained within this single branch.
DigiEvent
| getEventId( ) |
Returns the Event Id |
UInt_t |
| getRunId( ) |
Returns the Run Id |
UInt_t |
| getFromMc( ) |
Returns a flag denoting whether or not this data originated
from Monte Carlo simulation (kTRUE) or not (kFALSE) |
Bool_t |
| getAcdDigiCol( ) |
Returns the full collection of AcdDigi objects |
const TClonesArray* |
| getAcdDigi(UShort layer, UShort face, UShort row, UShort col
) |
Returns a specific AcdDigi object identified by layer, face,
row, column |
const AcdDigi* |
| getAcdDigi(const AcdId& ) |
Returns a specific AcdDigi object identified by its AcdId |
const AcdDigi* |
| getCalDigiCol( ) |
Returns the complete CalDigi collection |
const TObjArray* |
| getCalDigi(UInt_t i) |
Returns a specific CalDigi object identified by its index in
the TObjArray |
const CalDigi* |
| getTkrDigiCol( ) |
Returns the complete TkrDigi collection |
const TObjArray* |
| getTkrDigi( ) |
Returns a specific TkrDigi object identified by its index in
the TObjArray |
const TkrDigi* |
| getL1T( ) |
Returns the Level One Trigger |
const L1T& |
AcdDigi
| getId( ) |
Returns the AcdId associated with this digi |
const AcdId& |
| getVolId( ) |
Returns the VolumeIdentifier associated with this digi. |
const VolumeIdentifier& |
| getPulseHeight(AcdDigi::PmtId ) |
Returns the PHA (Pulse Height Analysis) for this ACD
detector |
UShort_t |
| getVeto(AcdDigi::PmtId) |
Returns kTRUE if the veto discriminator is set, returns
kFALSE otherwise |
Bool_t |
| get:LowDiscrim(AcdDigi::PmtId ) |
Returns kTRUE if the low discriminator is set, returns
kFALSE otherwise |
Bool_t |
| getHighDiscrim(AcdDigi::PmtId) |
Returns kTRUE if the high (CNO) discriminator is set,
returns kFALSE otherwise |
Bool_t |
AcdId
| getId(Short_t base = 10 ) |
Returns a numerical value for the AcdId, by default in base
10. |
UInt_t |
| isTop( ) |
Returns kTRUE if this Acd detector is on the top (Face 0) of
the instrument, returns kFALSE otherwise |
Bool_t |
| isSide( ) |
Returns kTRUE if this Acd detector is on a side (Face != 0),
returns kFALSE otherwise |
Bool_t |
| getLayer( ) |
Returns the layer number of this AcdId |
UShort_t |
| getFace( ) |
Returns the face number [0-4] |
UShort_t |
| getRow( ) |
Returns the row number |
UShort_t |
| getColumn( ) |
Returns the column number |
UShort_t |
CalDigi
| getMode( ) |
Returns the readout mode |
CalXtalId::CalTrigMode |
| getPackedId( ) |
Returns the crystal id associated with this CalDigi |
const CalXtalId |
| getReadoutCol( ) |
Returns the full collection of CalXtalReadout objects |
const TClonesArray* |
| getRange(short readoutIndex, CalXtalId::XtalFace face) |
Retrieve energy range for selected face and readout |
Char_t |
| getAdc(Short_t readoutIndex, CalXtalId::XtalFace face) |
Retrieve pulse height for selected face and readout |
Short_t |
| getXtalReadout(Short_t readoutIndex) |
Retrieve ranges and pulse heights from both ends of selected readout |
const CalXtalReadout* |
| getAdcSelectedRange(Char_t range, CalXtalId::XtalFace face) |
Retrieve pulse height from selected range |
Short_t |
CalXtalId
| getPackedId( ) |
|
UInt_t |
| getUnpackedId(Short_t& tower, Short_t& layer, Short_t& column) |
|
void |
| getTower( ) |
|
Short_t |
| getLayer( ) |
|
Short_t |
| getColumn( ) |
|
Short_t |
CalXtalReadout
| getAdc(CalXtalId::XtalFace face) |
retrieve pulse height from specified face |
UShort_t |
| getRange(CalXtalId::XtalFace face) |
retrieve energy range from specified face |
Char_t |
GlastAxis
| enum axis {X=0, Y=1, XY=2, NONE=3} |
An enumeration that identifies orientation. |
|
L1T
| getTriggerWord( ) |
Returns the full trigger word |
UInt_t |
| getAcdLow( ) |
Returns kTRUE if ACD LOW |
Bool_t |
| getAcdHigh( ) |
Returns kTRUE is ACD HIGH |
Bool_t |
| getTkr3InARow( ) |
Returns kTRUE if 3-in-a-row in the TKR has
occurred |
Bool_t |
| getCalLow( ) |
Returns kTRUE if CAL LOW |
Bool_t |
| getCalHigh( ) |
Returns kTRUE if CAL HIGH |
Bool_t |
TkrDigi
| getTower( ) |
Returns the tower identifier associated with this TkrDigi |
TowerId |
| getBilayer( ) |
|
UShort_t |
| getView( ) |
Returns the view which denotes the orientation of the strips |
GlastAxis::axis |
| getLastController0Strip() |
Retrieve the last strip associated with controller zero |
Int_t |
| getToT(UInt_t i) |
|
Int_t |
| getToTForStrip(UInt_t strip) |
Returns Time Over Threshold for a given strip |
Int_t |
| getNumHits( ) |
Returns the number of hits associated with this TkrDigi |
UInt_t |
| getStrip(UInt_t i) |
Returns the ith strip number |
Int_t |
| getHit(UInt_t i) |
Returns a specific hit identifier by its index in the
collection of hits |
Int_t |
| getHitCol( ) |
Returns the full collection of hit strips |
std::vector<UInt_t> |
TowerId
| id( ) |
|
Int_t |
| ix( ) |
|
Int_t |
| iy( ) |
|
Int_t |
| neighbor (const TowerId& n) |
Reports whether or not a tower identifier by TowerId n is a
neighbor (kTRUE) or not (kFALSE) |
Bool_t |
H. Kelly Last Modified: 2002-11-01 07:13:15 -0800