#include <Constants.hpp>

Collaboration diagram for DatasetConfig:

Public Member Functions
	DatasetConfig ()

Public Attributes
Bool_t	USE_SOLARIS_DATA
	Data source.
TString	SOL_BASE_DIR
TString	SOL_SPLIT_DIR
Double_t	SOL_SPLIT_CHUNK_SECONDS
	Length of the time chunks the SOLARIS .sol files are split into by the preprocess step, in seconds; each chunk becomes one subfile.
Int_t	SOL_N_SPLIT_WORKERS
TString	COMPASS_BASE_DIR
std::vector< Int_t >	RUN_NUMBERS
	Flat run list, used when EPOCHS is empty.
std::vector< RunEpoch >	EPOCHS
Int_t	N_CHUNKS
TString	SIM_BEAM_FILE
Int_t	N_BOARDS
	Hardware layout.
Int_t	N_CHANNELS
UShort_t	TIMING_REF_BOARD
std::vector< UShort_t >	TIMING_REF_BOARD_CHANNELS
Double_t	TIMING_MIN_ENERGY
	Timing.
Double_t	TIMING_MAX_ENERGY
Double_t	TIMING_OVERLAP_MARGIN_S
Double_t	TIMING_THRESH_DT_US
Double_t	TIMING_MAX_ABS_SHIFT_S
Double_t	TIMING_SHIFT_COARSE_STEP_US
Double_t	TIMING_SHIFT_FINE_STEP_US
Double_t	TIMING_SHIFT_FINE_HALF_WIDTH_US
Int_t	TIMING_SHIFT_MIN_NPTS
Int_t	TIMING_SHIFT_MAX_SCAN_CANDIDATES
Bool_t	TIMING_DO_BOARD_SYNC
Bool_t	TIMING_DO_SORT
Bool_t	REJECT_FLAGGED_EVENTS
Bool_t	PULSE_HISTORY_CORRECTION
	Pole-zero pulse-history correction on the raw hits, before event building (see PulseHistory.hpp).
Long64_t	PULSE_HISTORY_MIN_EVENTS
Double_t	PULSE_HISTORY_BEAM_LO
Double_t	PULSE_HISTORY_BEAM_HI
Double_t	PULSE_HISTORY_OWN_LO
	Looser window for the long ends of the chain whose kernel is being fit; the one above is used on strips that are not actively being fit in order to find actual beam-like events.
Double_t	PULSE_HISTORY_OWN_HI
Double_t	PULSE_HISTORY_APPLY_MAX_US
	few hundred microseconds, so pulses beyond 100 us still move it.
Int_t	PULSE_HISTORY_AMP_BINS
	Kernel bands in the previous pulse's amplitude, in units of the channel's beam peak: 1 is one kernel linear in the amplitude; N > 1 fits one kernel per band [0, 0.5), [0.5, 1.5), ..., [N-1.5, inf), i.e.
PulseHistoryGroups	PULSE_HISTORY_GROUPS
	Which channel groups are corrected and with which kernel shape; all off by default, so a dataset that turns PULSE_HISTORY_CORRECTION on must also pick its groups, e.g.
Double_t	PULSE_HISTORY_TRAP_RISE_US
	Trapezoid filter settings of the DPP-PHA, in microseconds, which fix the two times in the pole-zero kernel form: the energy is read at t_m = rise + peaking after a pulse, and the baseline stays frozen for t_f = 2 rise + flat after a trigger.
Double_t	PULSE_HISTORY_TRAP_FLAT_US
Double_t	PULSE_HISTORY_PEAKING_US
Bool_t	IGNORE_SHORT_STRIPS
	Decode the long end only, dropping every short end.
Bool_t	IGNORE_STRIP_0
	Drop strip 0 / strip 17 from the analysis altogether: not required for a complete event, not in the all-strips cut, left off the trace figures.
Bool_t	IGNORE_STRIP_17
Bool_t	REQUIRE_STRIP_0
	Whether a complete event must carry a strip 0 hit (EventBuilder's CheckEventComplete at build time, and the analysis' all-strips cut).
Bool_t	HAS_CATHODE
Bool_t	HAS_GRID
Bool_t	HAS_STRIP0
Bool_t	HAS_STRIP17
Bool_t	SKIP_EXISTING
Bool_t	SAVE_FULL_PLOTS
	Per-subfile output: the events summaries, timing, beam calibration and pulse-history figure folders of the pipeline, the per-group beam-gate folders of strip-sum-scatter, and the full per-file report in the log.
Int_t	PLOT_SAMPLE_FILES
Int_t	SAVE_SAMPLE_TRACES
	Number of sample traces to save during event build and normed summary passes (0 = disabled).
Int_t	MAX_FUSED_WORKERS
TString	REFERENCE_CHANNEL
Double_t	EVENT_TIME_WINDOW_US
Double_t	SEED_HOLDOFF_US
	Seed holdoff: a reference hit arriving within SEED_HOLDOFF_US after the current seed, when that seed is under SEED_HOLDOFF_MAX_RATIO times the new hit, is the pulse behind a pre-trigger – the grid's slow rise trips the trigger early at a small energy, then the real pulse trips it again a few microseconds later – and re-seeds the open event (the larger of the two energies is kept, SeedTs becomes the later hit's, the window is extended from it, the anodes already collected stay) instead of opening a second event that splits the anodes between the two and leaves both incomplete.
Double_t	SEED_HOLDOFF_MAX_RATIO
DedupStrategy	DEDUP_STRATEGY
Bool_t	USE_GPU_ACCELERATION
Int_t	MAX_GPU_CONCURRENT_SORTS
Double_t	BEAM_GATE_NSIGMA
	n-sigma of the per-strip beam gate in the beam calibration: strip s is gated by the ellipse on the (strip s-1, strip s) raw totals, which is what defines that strip's beam sample.
Double_t	STRIP_DE_MIN_NORMED
Double_t	STRIP_DE_MAX_NORMED
StripSumScatterConfig	STRIP_SUM_SCATTER_CONFIG
CrossSectionConfig	CROSS_SECTION_CONFIG
Double_t	STRIP_E_MIN_ADC
Double_t	STRIP_E_MAX_ADC
Double_t	GRID_MAX_ADC
Double_t	REFERENCE_CHANNEL_MIN_ADC
Double_t	REFERENCE_CHANNEL_MAX_ADC
Double_t	STRIP0_MAX_ADC
Double_t	STRIP17_MAX_ADC
Double_t	CATHODE_MAX_ADC
Double_t	LEFT_EVEN_MAX_ADC
Double_t	LEFT_ODD_MAX_ADC
Double_t	RIGHT_EVEN_MAX_ADC
Double_t	RIGHT_ODD_MAX_ADC
std::map< std::pair< Int_t, Int_t >, TString >	channelMap
std::map< std::pair< Int_t, Int_t >, TString >	channelMap64

Detailed Description

Definition at line 445 of file Constants.hpp.

Constructor & Destructor Documentation

◆ DatasetConfig()

DatasetConfig::DatasetConfig ( )

Definition at line 142 of file Constants.cpp.

Member Data Documentation

◆ BEAM_GATE_NSIGMA

Double_t DatasetConfig::BEAM_GATE_NSIGMA

n-sigma of the per-strip beam gate in the beam calibration: strip s is gated by the ellipse on the (strip s-1, strip s) raw totals, which is what defines that strip's beam sample.

One level, in the fitted sigma: the two axes are the same kind of quantity and the ridge between them is tilted, so the correlation-aware contour is the gate and separate x and y levels would mean nothing.

Definition at line 623 of file Constants.hpp.

Public Member Functions

Public Attributes

Detailed Description

Constructor & Destructor Documentation

◆ DatasetConfig()

Member Data Documentation

◆ BEAM_GATE_NSIGMA

◆ CATHODE_MAX_ADC

◆ channelMap

◆ channelMap64

◆ COMPASS_BASE_DIR

◆ CROSS_SECTION_CONFIG

◆ DEDUP_STRATEGY

◆ EPOCHS

◆ EVENT_TIME_WINDOW_US

◆ GRID_MAX_ADC

◆ HAS_CATHODE

◆ HAS_GRID

◆ HAS_STRIP0

◆ HAS_STRIP17

◆ IGNORE_SHORT_STRIPS

◆ IGNORE_STRIP_0

◆ IGNORE_STRIP_17

◆ LEFT_EVEN_MAX_ADC

◆ LEFT_ODD_MAX_ADC

◆ MAX_FUSED_WORKERS

◆ MAX_GPU_CONCURRENT_SORTS

◆ N_BOARDS

◆ N_CHANNELS

◆ N_CHUNKS

◆ PLOT_SAMPLE_FILES

◆ PULSE_HISTORY_AMP_BINS

◆ PULSE_HISTORY_APPLY_MAX_US

◆ PULSE_HISTORY_BEAM_HI

◆ PULSE_HISTORY_BEAM_LO

◆ PULSE_HISTORY_CORRECTION

◆ PULSE_HISTORY_GROUPS

◆ PULSE_HISTORY_MIN_EVENTS

◆ PULSE_HISTORY_OWN_HI

◆ PULSE_HISTORY_OWN_LO

◆ PULSE_HISTORY_PEAKING_US

◆ PULSE_HISTORY_TRAP_FLAT_US

◆ PULSE_HISTORY_TRAP_RISE_US

◆ REFERENCE_CHANNEL

◆ REFERENCE_CHANNEL_MAX_ADC

◆ REFERENCE_CHANNEL_MIN_ADC

◆ REJECT_FLAGGED_EVENTS

◆ REQUIRE_STRIP_0

◆ RIGHT_EVEN_MAX_ADC

◆ RIGHT_ODD_MAX_ADC

◆ RUN_NUMBERS

◆ SAVE_FULL_PLOTS

◆ SAVE_SAMPLE_TRACES

◆ SEED_HOLDOFF_MAX_RATIO

◆ SEED_HOLDOFF_US

◆ SIM_BEAM_FILE

◆ SKIP_EXISTING

◆ SOL_BASE_DIR

◆ SOL_N_SPLIT_WORKERS

◆ SOL_SPLIT_CHUNK_SECONDS

◆ SOL_SPLIT_DIR

◆ STRIP0_MAX_ADC

◆ STRIP17_MAX_ADC

◆ STRIP_DE_MAX_NORMED

◆ STRIP_DE_MIN_NORMED

◆ STRIP_E_MAX_ADC

◆ STRIP_E_MIN_ADC

◆ STRIP_SUM_SCATTER_CONFIG

◆ TIMING_DO_BOARD_SYNC

◆ TIMING_DO_SORT

◆ TIMING_MAX_ABS_SHIFT_S

◆ TIMING_MAX_ENERGY

◆ TIMING_MIN_ENERGY

◆ TIMING_OVERLAP_MARGIN_S

◆ TIMING_REF_BOARD

◆ TIMING_REF_BOARD_CHANNELS

◆ TIMING_SHIFT_COARSE_STEP_US

◆ TIMING_SHIFT_FINE_HALF_WIDTH_US

◆ TIMING_SHIFT_FINE_STEP_US

◆ TIMING_SHIFT_MAX_SCAN_CANDIDATES