Dynamical system model
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Class Hierarchy
This inheritance list is sorted roughly, but not completely, alphabetically:
[detail level
1
2
3
4
5
]
C
dsf::AdjacencyMatrix
Adjacency matrix of the network
C
dsf::Agent
Agent
in the network
C
dsf::AgentComparator
▼
C
dsf::Counter
Two counters to count input and output
C
dsf::SpireStreet
Street
which is able to count agent flows in both input and output
C
dsf::StochasticSpireStreet
C
dsf::Dynamics< network_t >
The
Dynamics
class represents the dynamics of the network
▼
C
dsf::Dynamics< RoadNetwork >
▼
C
dsf::RoadDynamics< Delay >
C
dsf::FirstOrderDynamics
C
dsf::RoadDynamics< delay_t >
The
RoadDynamics
class represents the dynamics of the network
▼
C
dsf::Edge
▼
C
dsf::Road
▼
C
dsf::Street
Street
in the network
C
dsf::SpireStreet
Street
which is able to count agent flows in both input and output
▼
C
dsf::StochasticStreet
A stochastic street is a street with a flow rate parameter
C
dsf::StochasticSpireStreet
C
std::formatter< dsf::Agent >
C
std::formatter< dsf::Street >
C
std::formatter< dsf::TrafficLight >
C
std::formatter< dsf::TrafficLightCycle >
C
dsf::Itinerary
Itinerary
in the network
C
dsf::Measurement< T >
The
Measurement
struct represents the mean of a quantity and its standard deviation
C
dsf::Network< node_t, edge_t >
▼
C
dsf::Network< RoadJunction, Street >
C
dsf::RoadNetwork
Graph in the network
▼
C
dsf::Node
Concept of a node in the network
▼
C
dsf::RoadJunction
▼
C
dsf::Intersection
Node
in the network
C
dsf::TrafficLight
C
dsf::Roundabout
Roundabout
node in the network
C
dsf::Station
C
dsf::SparseMatrix< T >
The
SparseMatrix
class represents a sparse square matrix in CSR format
C
dsf::TrafficLightCycle
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