1. Models

This page describes classes and methods related to the implementation of different models. A model is defined by a class that inherits from the abstract Model class. This requires one to implement several functions, which provide, for example, the Hamiltonian, the field operators and information about the block structure of the memory kernel.

Models should be instantiated using the createModel function, which automatically takes care of the involved memory management.

Classes
class	RealTimeTransport::Model
	Abstract class representing a model. More...
class	RealTimeTransport::AndersonDot
	Implements an Anderson quantum dot (single level with spin). More...
class	RealTimeTransport::DoubleDot
	Implements a spinless double quantum dot. More...
class	RealTimeTransport::ResonantLevel
	Implements a single level without spin. More...

Functions
template<typename ConcreteModelType , typename... Params> requires std::is_base_of_v<Model, ConcreteModelType>
std::unique_ptr< Model >	RealTimeTransport::createModel (Params &&... params)
	Creates and returns a memory managed Model object.

Function Documentation

createModel()

template<typename ConcreteModelType , typename... Params>
requires std::is_base_of_v<Model, ConcreteModelType>

std::unique_ptr< Model > RealTimeTransport::createModel

(

Params &&...

params

)

Parameters

params

List of parameters to pass to the constructor.