| パッケージ | 説明 |
|---|---|
| geometry |
Package geometry
This package provides classes to handle
geometrical calculation including 3D vector operations.
|
| iceCube.uhe.analysis |
Package icecube.uhe.analysis
This package contains the classes for
the IceCube Extremely-High Energy Neutrino analysis
with the I3Particle-based data.
|
| iceCube.uhe.decay |
Package icecube.uhe.decay
This package includes the classes to handle the particle decay.
|
| iceCube.uhe.event |
Package icecube.uhe.event
This package contains the classes to generate
Monte Carlo events of neutrino/muon/tau tracks
propagating in rock/ice.
|
| iceCube.uhe.geometry | |
| iceCube.uhe.interactions |
Package icecube.uhe.interactions
This package deals with all kind of interactions
involving elemetary particles such as charged leptons and neutrinos.
|
| iceCube.uhe.muonModel |
Package icecube.uhe.muonModel
This package is essentially equivalent
to the neutrinoModel package but deals with
the atmospheric muon fluxes instead of primary
cosmic neutrino fluxes.
|
| iceCube.uhe.neutrinoModel |
Package icecube.uhe.neutrinoModel
This package contains the classes to calculate
primary neutrino fluxes predicted in the EHE neutrino models
such as the GZK cosmogenic neutrino production.
|
| iceCube.uhe.particles |
Package icecube.uhe.particles
This package includes the objects to define elementary
particles such as an electron, and a muon-neutrino.
|
| iceCube.uhe.points |
Package icecube.uhe.points
This package contains the objects to define the particle
location in its progation in the Earth.
|
| iceCube.uhe.propagation |
Package icecube.uhe.propagation
This package contains the classes to calculate
the particle(neutrinos, muons, and tauons) propagation in the Earth.
|
| numRecipes |