Crate struqture

Modules§

bosons: Module for representing bosonic physical systems
fermions: Module for representing fermionic physical systems
mappings: Module for representing mappings between systems of bosons, fermions and spins.
mixed_systems: Module for representing mixed physical systems
prelude
spins: Module for representing spin physical systems

StruqtureSerialisationMeta: Struct encoding serialisation meta information for struqture objects.

ConjugationTrait: Helper trait to allow hermitian conjugation of values Should eventually be ported to qoqo_calculator like this and be implemented for CalculatorFloat, CaclulatorComplex, f64 and Complexf64
CorrespondsTo: Trait linking indices of lower symmetry to one with higher symmetry
GetValue: Trait for transforming value stored at index I when using index of different type T to read out value e.g. Hermitian Hamiltonian H but we access H[NOIndex(2,1)] -> H[HermitianIndex(1,2)].conj()
ModeIndex: Trait for all index types requires converting between index types
OpenSystem: Trait for representing complete open systems
OperateOnDensityMatrix: Trait for all objects that can act on a quantum density matrix like a superoperator.
OperateOnModes: Trait for bosonic or fermionic modes.
OperateOnState: Trait for all objects that can act on a quantum state like an operator.
SerializationSupport: Trait for implementing a function to determine the minimum supported version of struqture required.
SpinIndex: Trait for all index types requires converting between index types
SymmetricIndex: Trait for all hermitian indices
TruncateTrait: Helper trait to allow truncation of values below threshold. Should eventually be ported to qoqo_calculator like this and be implemented for CalculatorFloat, CaclulatorComplex, f64 and Complexf64

check_can_be_deserialised: Checks if a source object (e.g. something deserialised from JSON) can be deserialized into the tager type.