Welcome to EPOC++’s documentation!#
- Ubuntu walkthrough
- Installation
- Input deck
- Physics package interface
- Physics package overview
- Physics package features
- Physics package manager class
- Physics package class
- Physics table class
- Particle variable class
- Sampling methods
- Event trigger probability
- Optical depth method
- Physically increased rates
- Weighted collisional processes
- Cumulative density functions
- Adding a new physics package
- Test processes
- Example 1: Basic sampling
- Example 1.0
- Example 1.1
- Example 1.2
- 1D density plotter
- Example 2: Secondary particles
- Example 2.0
- Example 2.1
- Example 2.2
- Example 2.3
- Example 2.4
- Example 3: Field background
- Example 3.0
- Example 3.1
- Phase space plotter
- Current density plotter
- Example 4: Particle background
- Example 4.0
- Example 4.1
- Example 4.2
- Example 4.3
- Example 5: Collisions
- Example 5.0
- Bremsstrahlung
- Cross sections
- Photon sampling
- Plasma-screening
- Angular distribution
- Positron bremsstrahlung
- Example: Basic
- Example: Plasma-screening
- Example: Angular distribution
- Example: Positron bremsstrahlung
- Python energy spectrum plotter
- Python angular distribution plotter
- Bethe-Heitler e-e+
- Cross sections
- Pair particle energies
- Angular distribution
- Example: Bethe-Heitler
- Bethe-Heitler muon pair production
- Cross sections
- Pair particle energies
- Angular distribution
- Example: Muon pair production
- Nuclear trident
- Cross sections
- Pair particle energies
- Angular distribution
- Example: Nuclear trident
- Field ionisation
- Multiphoton ionisation
- Tunnelling ionisation
- Barrier-suppression ionisation (classical)
- Classical ionisation (strong-field)
- Combined ionisation rate
- Field energy loss
- Ionisation kinematics
- Example: Multiphoton
- Example: Tunnelling
- Example: Barrier-suppression
- Example: Classical model
- Collisional ionisation
- Ionisation tables
- Cross sections
- MBELL method
- RBEB method
- Ejected electron energies
- Incident electron recoil
- Example: Collisional ionisation
- Number density evolution
- Recombination
- Dielectronic recombination
- Radiative recombination
- Three-body recombination
- Ion-rest-frame transformations
- Example: Dielectronic and radiative recombination
- Example: Three-body recombination
- Unfinished work
- Packages
- Multiple triggers per timestep
- Master blocks
- Output/restart
- Python interface
- Tidy up tables
- C++ API
- Python API