Framework-For-UDTA (MiniVnet)

A general framework and simulation for ultra-dynamic traffic assignment

Introduction

To use MiniVnet, you need to import

from miniVnet import MINIVNET

Manual for MiniVnet

Compilation is needed after setting up the network

compile()

Setup the network

1. Add an intersection
   name is the ID of the intersection. num_lane is the number of lanes in each direction.

   addIntersection(name, num_lane)

2. Add an sink
   name is the ID of the sink (source and destination). num_lane is the number of lanes in the sink.

   addSink(name, num_lane)

3. Connect two components
   component_1, component_2 are the two components. idx_1 is the index of component_1, which is desired to connect to idx_2 of component_2. Components can be either sinks or intersections. For sinks, the index should be 0. For intersections, the index can be {0..3}.

   connect(component_1, idx_1, component_2, idx_2)

4. Create grid network
   Create grid network with given N and the number of lane num_lane. (compiled automatically)

   createGridNetwork(N, num_lane)

Run the network