Xlab="time",ylab="Exposure", main="Group 2") Plot(1:100,avg2,type="l", ylim=c(0,3.5),lty=2,lwd=2, Virus checking through VirusTotal Human moderators who give final review and sign off. Xlab="time",ylab="Exposure", main="Group 1") # along with an average value for each group # This plots the cumulative expusure for each agent in each group # from each agent in each group at each cycleĮxp1<- NLGetAgentSet("exposure","turtles with ")Įxp2<- NLGetAgentSet("exposure","turtles with ")Įxp3<- NLGetAgentSet("exposure","turtles with ")Įxp4<- NLGetAgentSet("exposure","turtles with ") # this loop runs the NetLogo Program over 100 cycles collecting the exposure # Now we need to set up some dataframes to store the arsenic exposure # and the maximum distance from home the agents are allowed to move # This part sets up the model setting the number of turtles at each site # now get the file path for the model we ant to run NLStart(nl.path,gui=TRUE, nl.obj=NULL, is3d=FALSE) ![]() Nl.path <-"C:/Program Files/NetLogo 5.3/app" # this part starts up the NetLogo language R Script for the NetLogo Northampton Model ![]() Let max-elevation gis:maximum-of elevation-dataset Let min-elevation gis:minimum-of elevation-dataset Gis:apply-raster elevation-dataset elevation Set elevation-dataset gis:load-dataset "C:/Users/mrca/My Documents/Nthpton_As.asc" British Geological Survey Internal Report, OR/16/022. Agent Based Modelling: Initial assessment for use on soil bioaccessibility. ![]() Beriro, D, Cave, M, Wragg, J and Hughes, A.
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