A topology-based bounded rationality day-to-day traffic assignment model

The MATLAB code is the implementation of the model presented in the article 'A topology-based bounded rationality day-to-day traffic assignment model. The software allows to represent the evolution of the road network state when subjected to a disruptive event and is composed of 3 fundamental elements. 
-The main_Equilibrium.m function implements the Frank-Wolf algorithm for the computation of the User Equilibrium. This makes it possible to know the traffic flow patterns on the original network.
-The Disruption.m and ShockAssignment.m functions take care of constructing the new network following the disruption and routing the flows directly affected by the network topology changes.
-The function DTD_TrafficAssignment.m implements the proportional switch traffic assignment model presented in the aforementioned article. For each period, at each iteration, the amount of flows moving from more expensive paths to less expensive paths is calculated.