G I L M N P R S T V

G

getBornTime() - Method in class Vehicle

Get method for the born time

getDestination() - Method in class Vehicle

Get method for the destination

getFirst() - Method in class Lane

Access method for the vehicle in the first position.

getTime() - Static method in class Simulation

Returns current simulation time

I

isGreen() - Method in class Light

Checks if the light is green.

L

Lane - Class in <Unnamed>

Represents a lane as an array of Vehicles.

Lane(int) - Constructor for class Lane

Constructs a lane with a specified capacity.

lastFree() - Method in class Lane

Checks if the last position is free.

Light - Class in <Unnamed>

Represents a traffic light.

Light(int, int) - Constructor for class Light

Constructs and initializes a light.

loadProperties(String) - Method in class TrafficSystem

Reads the lane lengths and the properties of the lights from a property file.

M

main(String[]) - Static method in class Lane

Demonstrates the use of the the class and it's methods.

main(String[]) - Static method in class Light

Demonstrates the stepping of a signal.

main(String[]) - Static method in class Simulation

main(String[]) - Static method in class VehicleGenerator

Demonstration program for the VehicleGenerator

N

numberInSystem() - Method in class TrafficSystem

Compute the number of vehicles in the system

numberOfVehicles() - Method in class Lane

Counts the number of Vehicles on the lane.

P

print() - Method in class TrafficSystem

Prints the current situation using toString-methods in lights and lanes

print() - Method in class VehicleGenerator

Prints the current setup of the generator

printSetup() - Method in class TrafficSystem

Prints the simulation parameters and arrival probabilities used in this run

printStatistics() - Method in class TrafficSystem

Prints currently collected statistics

putLast(Vehicle) - Method in class Lane

Put a vehicle in the last position.

R

removeFirst() - Method in class Lane

Removes the first vehicle (index 0) from the lane and makes it empty.

S

setTime(int) - Static method in class Simulation

Sets the global time, Note: This method should ONLY be used by JUnit test programs

Simulation - Class in <Unnamed>

Main class for running a simulation This class does not need to be changed

Simulation() - Constructor for class Simulation

step() - Method in class Lane

Advances all except the first vehicle one position provided the target position is free.

step() - Method in class TrafficSystem

Advances the whole traffic system one timestep.

step() - Method in class VehicleGenerator

Generate a vehicle according to the probabilities for this time step

T

toString() - Method in class Lane

A string representation of the lane.

toString() - Method in class Light

Returns a string representation of the signal.

toString() - Method in class Vehicle

Return a string representation indicating the destination

toString() - Method in class VehicleGenerator

Returns the current state

TrafficSystem - Class in <Unnamed>

Defines the components and behaviour of s specific traffic system

TrafficSystem() - Constructor for class TrafficSystem

V

Vehicle - Class in <Unnamed>

Represents a vehicle with its born time (the time when it enters the system) and its destination.

Vehicle(char) - Constructor for class Vehicle

Constructs a Vehicle

VehicleGenerator - Class in <Unnamed>

Generates vehicles with varying probability.

VehicleGenerator() - Constructor for class VehicleGenerator

Will use the predefined array arrivals to generate vehicles.

VehicleGenerator(int) - Constructor for class VehicleGenerator

Hard coded probabilities.

VehicleGenerator(String) - Constructor for class VehicleGenerator

This constructor reads the arrival and turning probabilities for different time periods from a file.

G I L M N P R S T V