Expand description
Module containing the simulation State.
The trait LatticeState is the most basic state with just the link matrices.
The default implementation is LatticeStateDefault.
More over a more advance state with the color electrical field is given by
the trait LatticeStateWithEField with the default implementation
LatticeStateEFSyncDefault. Thw word “Sync” appears. It means that the simulation
for the equation of movement are done at the same time for both the link matrices and
the electric field. It is given by te trait SimulationStateSynchronous. It can also
be done using the leapfrog method with the trait SimulationStateLeapFrog
and the wrapper SimulationStateLeap.
See item documentation for more details.
Structs§
- Lattice
State Default - Represent a simulation state at a set time.
- Lattice
StateEF Sync Default - wrapper to implement
LatticeStateWithEFieldfrom aLatticeStateusing the default implementation of conjugate momenta. - Simulation
State Leap - wrapper for a simulation state using leap frog (
SimulationStateLeap) using a synchronous type (SimulationStateSynchronous).
Traits§
- Lattice
State - Trait to represent a pure gauge lattice state of dimension
D. - Lattice
State New - Trait for a way to create a
LatticeStatefrom some parameters. - Lattice
State WithE Field - Represent a lattice state where the conjugate momenta of the link matrices are included.
- Lattice
State WithE Field New - Trait to create a simulation state.
- Simulation
State Leap Frog LatticeStateWithEFieldwho represent link matrices at time T and its conjugate momenta at time T + 1/2.- Simulation
State Synchronous LatticeStateWithEFieldwho represent link matrices at the same time position as its conjugate momentae_field.
Type Aliases§
- Leap
Frog State Default - Default leap frog simulation state