Contents:
AngularResolution
FixedAngularResolution
FromPlotAngResReader
IceCubeAngResReader
R2015AngResReader
R2018AngResReader
icrs_to_unit_vector()
unit_vector_to_icrs()
Detector
IceCube
TimeDependentDetector
TimeDependentIceCube
Braun2008AeffReader
EffectiveArea
IceCubeAeffReader
R2013AeffReader
R2015AeffReader
R2018AeffReader
R2021AeffReader
EnergyResolution
EnergyResolutionBase
DummyPDF
R2021IRF
RecoEnergySampler
MapScan
MapScanTSDistribution
PointSourceAnalysis
MarginalisedEnergyLikelihood
MarginalisedEnergyLikelihood2021
MarginalisedEnergyLikelihoodBraun2008
MarginalisedEnergyLikelihoodFixed
MarginalisedEnergyLikelihoodFromSim
MarginalisedEnergyLikelihoodFromSimFixedIndex
MarginalisedIntegratedEnergyLikelihood
read_input_from_file()
reweight_spectrum()
EnergyDependentSpatialPointSourceLikelihood
PointSourceLikelihood
SimplePointSourceLikelihood
SimpleWithEnergyPointSourceLikelihood
SpatialOnlyPointSourceLikelihood
TimeDependentPointSourceLikelihood
GaussianPrior
Prior
EnergyDependentSpatialGaussianLikelihood
EventDependentSpatialGaussianLikelihood
SpatialGaussianLikelihood
SpatialLikelihood
BrokenPowerLawFlux
FluxModel
PowerLawFlux
BoundedPowerLaw
BrokenBoundedPowerLaw
DiffuseSource
PointSource
Source
bpl()
integrate_pl()
sample_bpl()
icrs_to_spherical()
spherical_to_cart()
spherical_to_icrs()
Events
IceCubeData
RealEvents
SimEvents
Uptime
crawl_delay()
ddict
find_files()
find_folders()
get_kappa()
get_theta_p()
E_fac()
comoving_distance()
differential_comoving_volume()
luminosity_distance()
phi()
xx()
fit_func()
get_TS_threshold()
get_detection_probability()
get_detection_probability_Braun2008()
get_simulated_params()
solve_func()
NeutrinoCalculator
NeutrinoCalculator.effective_area
NeutrinoCalculator.source
PhiSolver
zSolver
zSolver.get_L()
Braun2008Simulator
Braun2008Simulator.run()
Simulator
Simulator.detector
Simulator.run()
Simulator.run_energy()
Simulator.save()
Simulator.sources
TimeDependentSimulator
TimeDependentSimulator.get_expected_number()
TimeDependentSimulator.run()
TimeDependentSimulator.save()
TimeDependentSimulator.sources
TimeDependentSimulator.time
lists_to_tuple()
sphere_sample()