A B C D E F G H I J L M N O P R S T U W

C

calculateDistanceToAgentsOfSameType(ArrayList, ArrayList, float) - Method in class uk.ac.ucl.casa.andrew.phd.segregationModelDensity.Resident

If the Agent is unhappy it moves.

calculateNeigbours(ArrayList, ArrayList) - Method in class uk.ac.ucl.casa.andrew.phd.segregationModelDensity.Resident

Caluculates the types of nighbousrs based on Social classs and uses the hashmap from the neighboursWithin method to do this.

closeModel() - Method in class uk.ac.ucl.casa.andrew.phd.segregationModelDensity.SegGISModel

Checks to see if all the agents are happy.

closeModelOn - Static variable in class uk.ac.ucl.casa.andrew.phd.segregationModelDensity.SegGISModel

container - Variable in class anl.repast.gis.display.PropertyWindow

countNeibourhingAgents(ArrayList) - Static method in class uk.ac.ucl.casa.andrew.phd.segregationModelDensity.Resident

Takes the parameter residents and caluclates The method returns a hashMap and is used in percentageOfNeibourhingAgents

countResidentTypes(ArrayList) - Static method in class uk.ac.ucl.casa.andrew.phd.segregationModelDensity.UrbanAgent

createAgents(Class, String) - Method in class anl.repast.gis.data.OpenMapData

Create a list of GisAgents given a class type that implements the GisInterface, and a Shapefile datasource

createShapefileForAgents() - Method in class uk.ac.ucl.casa.andrew.phd.segregationModelDensity.SegGISModel

creates a new point shapefile containting all the resident agents this uses information from the Resident class specifically information in the gisPropertyList()each element in the dbf file needs a get and set method in a similar way to reading in and storing changes in the urban agent.

currentNeigbourhoodPopulationDenstiy - Variable in class uk.ac.ucl.casa.andrew.phd.segregationModelDensity.Resident