Nothing
`misolationmap` <- function(sp.obj, nb.obj, names.var, propneighb=0.4,chisqqu=0.975,
names.attr=names(sp.obj), criteria=NULL, carte=NULL, identify=FALSE, cex.lab=0.8, pch=16, col="lightblue3",
xlab="degree of isolation", ylab="Pairwise Mahalanobis distances", axes=FALSE, lablong="", lablat="")
{
envir = as.environment(1)
# Verification of the Spatial Object sp.obj
class.obj<-class(sp.obj)[1]
if(substr(class.obj,1,7)!="Spatial") stop("sp.obj may be a Spatial object")
if(substr(class.obj,nchar(class.obj)-8,nchar(class.obj))!="DataFrame") stop("sp.obj should contain a data.frame")
if(!is.numeric(names.var) & length(match(names.var,names(sp.obj)))!=length(names.var) ) stop("At least one component of names.var is not included in the data.frame of sp.obj")
if(length(names.attr)!=length(names(sp.obj))) stop("names.attr should be a vector of character with a length equal to the number of variable")
# Is there a Tk window already open ?
if(interactive())
{
if(!exists("GeoXp.open",envir = baseenv())||length(ls(envir=.TkRoot$env, all.names=TRUE))==2)
{
assign("GeoXp.open", TRUE, envir = baseenv())
}
else
{if(get("GeoXp.open",envir= baseenv()))
{stop("Warning : a GeoXp function is already open. Please, close Tk window before calling a new GeoXp function to avoid conflict between graphics")}
else
{assign("GeoXp.open", TRUE, envir = baseenv())}
}
}
# we propose to refind the same arguments used in first version of GeoXp
long<-coordinates(sp.obj)[,1]
lat<-coordinates(sp.obj)[,2]
dataset <- sp.obj@data[,names.var]
listvar<-sp.obj@data
listnomvar<-names.attr
# Code which was necessary in the previous version
if(is.null(carte) & class.obj=="SpatialPolygonsDataFrame") carte<-spdf2list(sp.obj)$poly
# for identifyng the selected sites
ifelse(identify, label<-row.names(listvar),label<-"")
# initialisation
xy<-cbind(long, lat)
nointer<-FALSE
nocart<-FALSE
buble<-FALSE
legends<-list(FALSE,FALSE,"","")
z<-NULL
legmap<-NULL
inout=NULL
labvar=c(xlab,ylab)
obs <- matrix(FALSE, nrow = length(long), ncol = length(long))
graf<-"Neighbourplot1"
obsref<-obs
outselect=TRUE
outselect2=TRUE
orderselect=TRUE
W<-nb2mat(nb.obj)
Wref<-W
# Transformation d'un data.frame en matrix
if((length(listvar)>0) && (dim(as.matrix(listvar))[2]==1)) listvar<-as.matrix(listvar)
if((length(dataset)>0) && (dim(as.matrix(dataset))[2]==1)) dataset<-as.matrix(dataset)
# Windows device
if(!(2%in%dev.list())) dev.new()
if(!(3%in%dev.list())) dev.new()
# calcul des matrices theta et absvar
n=nrow(dataset)
p=ncol(dataset)
covr=covMcd(dataset,alpha=0.75)
cinv=solve(covr$cov)
MDglobal=sqrt(mahalanobis(dataset, covr$center, cinv, inverted=TRUE))
# TRUE/FALSE for non-outlying/outlying:
qchi=sqrt(qchisq(chisqqu,p))
MDglobalTF <- (MDglobal<qchi)
idx=matrix(1:n,n,n)
se=as.vector(idx[lower.tri(idx)])
hlp=as.matrix(dataset[rep(1:(n-1),seq((n-1),1)),]-dataset[se,])
MDij=sqrt(rowSums((hlp%*%cinv)*hlp))
MDpair=matrix(0,n,n)
MDpair[lower.tri(MDpair)] <- MDij
MDpair=t(MDpair)
MDpair[lower.tri(MDpair)] <- MDij
MDpairN=vector("list", n)
# boundary that should include required proportion of neighbors:
chibound=rep(NA,n)
theta<-matrix(0,n,n)
absvar<-matrix(0,n,n)
for (i in 1:n){
MDpairN[[i]] <- MDpair[i,nb.obj[[i]]]
nn=max(1,round(length(MDpairN[[i]])*propneighb)) # number of neighbors in tolerance ellipse
nval=MDpairN[[i]][order(MDpairN[[i]])][nn] # value of largest neighbor to be included
chibound[i]=pchisq(nval^2,p,MDglobal[i]^2)
theta[i,nb.obj[[i]]]<-chibound[i]
absvar[i,nb.obj[[i]]]<-MDpair[i,nb.obj[[i]]]
}
thetaref=theta
absvaref=absvar
thetaref2=thetaref
absvaref2=absvaref
# sort according to values of "chibound" - separately for outliers and non-outliers
idx1=order(chibound[MDglobalTF])
idx0=order(chibound[!MDglobalTF])
idxg<-sort(chibound,index.return=TRUE)
# calcul des distances de Mahalanobis par site
rd <- sqrt(mahalanobis(dataset, center = covr$center, cov = covr$cov))
pcrit<-ifelse(p <= 10,(0.24 - 0.003 * p)/sqrt(n), (0.252 - 0.0018 * p)/sqrt(n))
delta <- qchisq(1 - 0.025, p)
d2 <- mahalanobis(dataset, covr$center, covr$cov)
d2ord <- sort(d2)
dif <- pchisq(d2ord, p) - (0.5:n)/n
i <- (d2ord >= delta) & (dif > 0)
alfan<-ifelse(sum(i) == 0,0,max(dif[i]))
if (alfan < pcrit)
alfan <- 0
cn<-ifelse(alfan > 0, max(d2ord[n - ceiling(n * alfan)], delta), Inf)
alphab<-ifelse(cn != Inf, sqrt(c(cn, qchisq(c(0.75, 0.5, 0.25), ncol(dataset)))),sqrt(qchisq(c(0.975, 0.75, 0.5, 0.25), ncol(dataset))))
chi2.quant<-rep(0,n)
lalpha <- length(alphab)
for (j in 1:lalpha) {
if (j == 1) {
(chi2.quant[which(rd >= alphab[j])]<-lalpha)
}
else {
chi2.quant[which((rd < alphab[j - 1]) & (rd >= alphab[j]))]<-lalpha+1-j
}
}
####################################################
# sélection d'un point sur la carte
####################################################
pointfunca<-function()
{
if (graf=="pairwise") SGfunc()
graf<<-"Neighbourplot1"
quit <- FALSE
dev.set(2)
title("ACTIVE DEVICE", cex.main = 0.8, font.main = 3, col.main='red')
title(sub = "To stop selection, click on the right button of the mouse and stop (for MAC, ESC)", cex.sub = 0.8, font.sub = 3,col.sub='red')
while(!quit)
{
dev.set(2)
loc<-locator(1)
if (is.null(loc))
{
quit<-TRUE
carte(long = long, lat = lat, obs = obs,buble=buble,criteria=criteria,nointer=nointer,cbuble=z,carte=carte,
nocart=nocart, lablong = lablong,lablat = lablat,label = label,cex.lab=cex.lab, symbol = pch,method = "pairwise",
axis=axes,legmap=legmap,legends=legends)
next
}
obs2<-selectmap(var1=long,var2=lat,obs=obs,Xpoly=loc[1], Ypoly=loc[2], method="point");
obs<<-(W*obs2>0)
if(!outselect)
{
obs[MDglobalTF,]<<-FALSE
}
if(!outselect2)
{
obs[!MDglobalTF,]<<-FALSE
}
# diag(obs)<<-FALSE
# graphiques
carte(long = long, lat = lat, obs = obs,buble=buble,criteria=criteria,nointer=nointer,cbuble=z,carte=carte,
nocart=nocart, lablong = lablong,lablat = lablat,label = label,cex.lab=cex.lab, symbol = pch,method = "pairwise",
axis=axes,legmap=legmap,legends=legends)
title("ACTIVE DEVICE", cex.main = 0.8, font.main = 3, col.main='red')
title(sub = "To stop selection, click on the right button of the mouse and stop (for MAC, ESC)", cex.sub = 0.8, font.sub = 3,col.sub='red')
# carte(long=long, lat=lat, obs=obs, lablong=lablong, lablat=lablat, label=label, symbol=16,
# method="Neighbourplot1", W=W,axis=axes,legmap=legmap,legends=legends,buble=buble,criteria=criteria,
# nointer=nointer,cbuble=z,carte=carte,nocart=nocart,couleurs="blue",classe=card(object),cex.lab=cex.lab)
graphique(var1 = theta, var2 = absvar, obs = obs,num = 3, graph = "pairwise", labvar = labvar,
couleurs=col,symbol = pch, direct=propneighb)
# obs <<- matrix(FALSE, nrow=length(long), ncol=length(long));
}
}
####################################################
# sélection d'un polygone
####################################################
polyfunca<-function()
{
if (graf=="pairwise") SGfunc()
graf<<-"Neighbourplot1"
polyX <- NULL
polyY <- NULL
quit <- FALSE
dev.set(2)
title("ACTIVE DEVICE", cex.main = 0.8, font.main = 3, col.main='red')
title(sub = "To stop selection, click on the right button of the mouse and stop (for MAC, ESC)", cex.sub = 0.8, font.sub = 3,col.sub='red')
while(!quit)
{
dev.set(2)
loc<-locator(1)
if(is.null(loc))
{
quit<-TRUE
next
}
polyX <- c(polyX, loc[1])
polyY <- c(polyY, loc[2])
lines(polyX,polyY)
}
polyX <- c(polyX, polyX[1])
polyY <- c(polyY, polyY[1])
if (length(polyX)>0)
{
lines(polyX,polyY)
obs2 <- selectmap(var1=long, var2=lat, obs=obs, Xpoly=polyX, Ypoly=polyY, method="poly")
obs<<-(W*obs2>0)
if(!outselect)
{
obs[MDglobalTF,]<<-FALSE
}
if(!outselect2)
{
obs[!MDglobalTF,]<<-FALSE
}
# diag(obs)<<-FALSE
# graphiques
carte(long = long, lat = lat, obs = obs,buble=buble,criteria=criteria,nointer=nointer,cbuble=z,carte=carte,
nocart=nocart, lablong = lablong,lablat = lablat,label = label,cex.lab=cex.lab, symbol = pch,method = "pairwise",
axis=axes,legmap=legmap,legends=legends)
# carte(long=long, lat=lat, obs=obs, lablong=lablong, lablat=lablat, label=label, symbol=16,
# method="Neighbourplot1", W=W,axis=axes,legmap=legmap,legends=legends,buble=buble,criteria=criteria,
# nointer=nointer,cbuble=z,carte=carte,nocart=nocart,couleurs="blue",classe=card(object),cex.lab=cex.lab)
graphique(var1 = theta, var2 = absvar, obs = obs,num = 3, graph = "pairwise", labvar = labvar,
couleurs=col,symbol = pch, direct=propneighb)
# obs <<- matrix(FALSE, nrow=length(long), ncol=length(long));
}
}
####################################################
# sélection d'un point sur l'angleplot
####################################################
pointfunc <- function()
{
if (graf=="Neighbourplot1") SGfunc()
graf<<-"pairwise"
quit <- FALSE
dev.set(3)
title("ACTIVE DEVICE", cex.main = 0.8, font.main = 3, col.main='red')
title(sub = "To stop selection, click on the right button of the mouse and stop (for MAC, ESC)", cex.sub = 0.8, font.sub = 3,col.sub='red')
while (!quit)
{
dev.set(3)
loc <- locator(1)
if (is.null(loc))
{
quit <- TRUE
graphique(var1 = theta, var2 = absvar, obs = obs,num = 3, graph = "pairwise", labvar = labvar,
couleurs=col,symbol = pch, direct=propneighb)
next
}
obs <<- selectstat(var1 = theta, var2 = absvar, obs = obs,Xpoly = loc[1], Ypoly = loc[2],
method = "AnglePoint",long = long, lat = lat)
if(!outselect)
{
obs[MDglobalTF,]<<-FALSE
}
if(!outselect2)
{
obs[!MDglobalTF,]<<-FALSE
}
diag(obs)<<-FALSE
graphique(var1 = theta, var2 = absvar, obs = obs,num = 3, graph = "pairwise", labvar = labvar,
couleurs=col,symbol = pch, direct=propneighb)
title("ACTIVE DEVICE", cex.main = 0.8, font.main = 3, col.main='red')
title(sub = "To stop selection, click on the right button of the mouse and stop (for MAC, ESC)", cex.sub = 0.8, font.sub = 3,col.sub='red')
carte(long = long, lat = lat, obs = obs,buble=buble,criteria=criteria,nointer=nointer,cbuble=z,carte=carte,
nocart=nocart, lablong = lablong,lablat = lablat,label = label,cex.lab=cex.lab, symbol = pch,method = "pairwise",
axis=axes,legmap=legmap,legends=legends)
}
}
####################################################
# sélection des outliers
####################################################
outlier <- function()
{
outselect<<-!outselect
labvar=c(xlab,ylab)
if (!outselect) tkmessageBox(message="You have selected only global outliers")
if (outselect) tkmessageBox(message="You have remited non global outliers")
if(outselect)
{
theta<<-thetaref
absvar<<-absvaref
thetaref2<<-thetaref
absvaref2<<-absvaref
if(!orderselect)
{
labvar=c("Rank",ylab)
ind0<-which(theta==0,arr.ind=TRUE)
theta[idxg$ix,]<<-t(matrix(rep(1:n,each=length(idxg$ix)),length(idxg$ix),length(idxg$ix)))
theta[ind0]<<-0
theta<<-theta
}
}
else
{
SGfunc()
if(!outselect2)
{
theta<<-thetaref
absvar<<-absvaref
if(!orderselect)
{
labvar=c("Rank",ylab)
ind0<-which(theta==0,arr.ind=TRUE)
theta[idxg$ix,]<<-t(matrix(rep(1:n,each=length(idxg$ix)),length(idxg$ix),length(idxg$ix)))
theta[ind0]<<-0
theta<<-theta
}
}
#theta<<-thetaref[!MDglobalTF,]
#absvar<<-absvaref[!MDglobalTF,]
theta[MDglobalTF,]<<-0
absvar[MDglobalTF,]<<-0
thetaref2<<-theta
absvaref2<<-absvar
# obs[MDglobalTF,]<<-FALSE
# W[MDglobalTF,]<<-0
}
graphique(var1 = theta, var2 = absvar, obs = obs,num = 3, graph = "pairwise", labvar = labvar,
couleurs=col,symbol = pch, direct=propneighb)
carte(long = long, lat = lat, obs = obs,buble=buble,criteria=criteria,nointer=nointer,cbuble=z,carte=carte,
nocart=nocart, lablong = lablong,lablat = lablat,label = label,cex.lab=cex.lab, symbol = pch,method = "pairwise",
axis=axes,legmap=legmap,legends=legends)
}
####################################################
# sélection des non outliers
####################################################
outlier2 <- function()
{
outselect2<<-!outselect2
labvar=c(xlab,ylab)
if (!outselect) tkmessageBox(message="You have selected non global outliers")
if (outselect) tkmessageBox(message="You have remited global outliers")
if(outselect2)
{
theta<<-thetaref
absvar<<-absvaref
thetaref2<<-thetaref
absvaref2<<-absvaref
if(!orderselect)
{
labvar=c("rank",ylab)
ind0<-which(theta==0,arr.ind=TRUE)
theta[idxg$ix,]<<-t(matrix(rep(1:n,each=length(idxg$ix)),length(idxg$ix),length(idxg$ix)))
theta[ind0]<<-0
theta<<-theta
}
}
else
{
SGfunc()
#theta<<-thetaref[!MDglobalTF,]
#absvar<<-absvaref[!MDglobalTF,]
if(!outselect)
{
theta<<-thetaref
absvar<<-absvaref
if(!orderselect)
{
labvar=c("Rank",ylab)
ind0<-which(theta==0,arr.ind=TRUE)
theta[idxg$ix,]<<-t(matrix(rep(1:n,each=length(idxg$ix)),length(idxg$ix),length(idxg$ix)))
theta[ind0]<<-0
theta<<-theta
}
}
theta[!MDglobalTF,]<<-0
absvar[!MDglobalTF,]<<-0
thetaref2<<-theta
absvaref2<<-absvar
# obs[MDglobalTF,]<<-FALSE
# W[MDglobalTF,]<<-0
}
graphique(var1 = theta, var2 = absvar, obs = obs,num = 3, graph = "pairwise", labvar = labvar,
couleurs=col,symbol = pch, direct=propneighb)
carte(long = long, lat = lat, obs = obs,buble=buble,criteria=criteria,nointer=nointer,cbuble=z,carte=carte,
nocart=nocart, lablong = lablong,lablat = lablat,label = label,cex.lab=cex.lab, symbol = pch,method = "pairwise",
axis=axes,legmap=legmap,legends=legends)
}
####################################################
# trier les observations
####################################################
ordering <- function()
{
orderselect<<-!orderselect
if (orderselect) tkmessageBox(message="Degree of isolation on the x-axis")
if (!orderselect) tkmessageBox(message="Rank on the x-axis")
if(orderselect)
{
theta<<-thetaref
absvar<<-absvaref
# obs<<-obsref
# W<<-Wref
}
else
{
labvar=c("Rank",ylab)
ind0<-which(theta==0,arr.ind=TRUE)
theta[idxg$ix,]<<-t(matrix(rep(1:n,each=length(idxg$ix)),length(idxg$ix),length(idxg$ix)))
theta[ind0]<<-0
# print(idxg$ix)
# print(theta[1:10,1:10])
# theta <- t(theta)
# print(theta[1:10,1:10])
theta<<-theta
#print(absvar[1:10,1:10])
#print(idxg$ix)
#print(absvar[1:10,1:10])
# long<<-long[idxg$ix]
# lat<<-lat[idxg$ix]
# obs[MDglobalTF,]<<-FALSE
# W[MDglobalTF,]<<-0
}
graphique(var1 = theta, var2 = absvar, obs = obs,num = 3, graph = "pairwise", labvar = labvar,
couleurs=col,symbol = pch, direct=propneighb)
carte(long = long, lat = lat, obs = obs,buble=buble,criteria=criteria,nointer=nointer,cbuble=z,carte=carte,
nocart=nocart, lablong = lablong,lablat = lablat,label = label,cex.lab=cex.lab, symbol = pch,method = "pairwise",
axis=axes,legmap=legmap,legends=legends)
}
####################################################
# sélection d'un polygone sur l'angleplot
####################################################
polyfunc <- function()
{
if (graf=="Neighbourplot1") SGfunc()
graf<<-"pairwise"
quit <- FALSE
polyX <- NULL
polyY <- NULL
dev.set(3)
title("ACTIVE DEVICE", cex.main = 0.8, font.main = 3, col.main='red')
title(sub = "To stop selection, click on the right button of the mouse and stop (for MAC, ESC)", cex.sub = 0.8, font.sub = 3,col.sub='red')
while (!quit)
{
dev.set(3)
loc <- locator(1)
if (is.null(loc))
{
quit <- TRUE
next
}
polyX <- c(polyX, loc[1])
polyY <- c(polyY, loc[2])
if (length(polyX)>0)
{
lines(polyX, polyY)
}
}
polyX <- c(polyX, polyX[1])
polyY <- c(polyY, polyY[1])
if (length(polyX)>0)
{
lines(polyX, polyY)
for (i in 1:length(long))
{
def <- inout(cbind(theta[, i], absvar[, i]),cbind(polyX, polyY), bound = TRUE)
obs[def,i ] <<- !obs[def,i ]
}
if(!outselect)
{
obs[MDglobalTF,]<<-FALSE
}
if(!outselect2)
{
obs[!MDglobalTF,]<<-FALSE
}
# diag(obs)<<-FALSE
graphique(var1 = theta, var2 = absvar, obs = obs, num = 3,graph = "pairwise", labvar = labvar,couleurs=col,
symbol = pch, direct=propneighb)
carte(long = long, lat = lat, obs = obs,buble=buble,criteria=criteria,nointer=nointer,cbuble=z,carte=carte,
nocart=nocart, lablong = lablong,lablat = lablat,label = label,cex.lab=cex.lab, symbol = pch,
method = "pairwise",axis=axes,legmap=legmap,legends=legends)
}
}
####################################################
# contour des unités spatiales
####################################################
cartfunc <- function()
{
if (length(carte) != 0)
{
ifelse(!nocart,nocart<<-TRUE,nocart<<-FALSE)
carte(long=long, lat=lat,criteria=criteria,buble=buble,cbuble=z,nointer=nointer,obs=obs,
lablong=lablong, lablat=lablat,method="pairwise",label=label,cex.lab=cex.lab, symbol=pch,
carte=carte,nocart=nocart,axis=axes,legmap=legmap,legends=legends)
}
else
{
tkmessageBox(message="Spatial contours have not been given",icon="warning",type="ok")
}
}
####################################################
# rafraichissement des graphiques
####################################################
SGfunc<-function()
{
obs<<-matrix(FALSE,nrow=length(long), ncol=length(long));
carte(long=long, lat=lat,criteria=criteria,buble=buble,cbuble=z,nointer=nointer,obs=obs,
lablong=lablong, lablat=lablat,method="pairwise",label=label,cex.lab=cex.lab, symbol=pch,
carte=carte,nocart=nocart,axis=axes,legmap=legmap,legends=legends)
graphique(var1=theta, var2=absvar, obs=obs, num=3, graph="pairwise", labvar=labvar,
couleurs=col,symbol=pch, direct=propneighb)
}
####################################################
# quitter l'application
####################################################
quitfunc<-function()
{
#tclvalue(fin)<<-TRUE
tkdestroy(tt)
assign("GeoXp.open", FALSE, envir = baseenv())
# assign("obs", row.names(sp.obj)[obs], envir = .GlobalEnv)
}
quitfunc2<-function()
{
#tclvalue(fin)<<-TRUE
tkdestroy(tt)
assign("GeoXp.open", FALSE, envir = baseenv())
print("Results have been saved in last.select object")
assign("last.select", which(obs,arr.ind=TRUE), envir = envir)
}
####################################################
# Open a no interactive selection
####################################################
fnointer<-function()
{
if (length(criteria) != 0)
{
ifelse(!nointer,nointer<<-TRUE,nointer<<-FALSE)
carte(long=long, lat=lat,criteria=criteria,buble=buble,cbuble=z,nointer=nointer,obs=obs,
lablong=lablong, lablat=lablat,method="pairwise",label=label,cex.lab=cex.lab, symbol=pch,
carte=carte,nocart=nocart,axis=axes,legmap=legmap,legends=legends)
}
else
{
tkmessageBox(message="Criteria has not been given",icon="warning",type="ok")
}
}
####################################################
# Bubble
####################################################
fbubble<-function()
{
res2<-choix.bubble(buble,cbind(chi2.quant,listvar),c("chi2.quant",listnomvar),legends)
buble <<- res2$buble
legends <<- res2$legends
z <<- res2$z
legmap <<- res2$legmap
if(legends[[1]])
{if((legmap[length(legmap)]=="chi2.quant"))
{
legmap<<-c(legmap,paste(">",round(alphab[1],2)),paste(round(alphab[2],2),"-",round(alphab[1],2)),
paste(round(alphab[3],2),"-",round(alphab[2],2)),paste(round(alphab[4],2),"-",round(alphab[3],2)),
paste("<",round(alphab[4],2)),"Mahalanobis")
}
}
carte(long=long, lat=lat,criteria=criteria,buble=buble,cbuble=z,nointer=nointer,obs=obs,
lablong=lablong, lablat=lablat,method="pairwise",label=label,cex.lab=cex.lab, symbol=pch,
carte=carte,nocart=nocart,axis=axes,legmap=legmap,legends=legends)
}
####################################################
# Représentation graphique
####################################################
carte(long=long, lat=lat, obs=obs, lablong=lablong, lablat=lablat, label=label,cex.lab=cex.lab,
symbol=pch,method="pairwise",axis=axes,legends=legends)
graphique(var1 = theta, var2 = absvar, obs = obs,num = 3, graph = "pairwise", labvar = labvar,
couleurs=col,symbol = pch, direct=propneighb)
####################################################
# création de la boite de dialogue
####################################################
if(interactive())
{
fontheading<-tkfont.create(family="times",size=14,weight="bold")
tt <- tktoplevel()
tkwm.title(tt, "misolationmap")
frame1a <- tkframe(tt, relief = "groove", borderwidth = 2, background = "white")
tkpack(tklabel(frame1a, text = "Interactive selection", font = "Times 14",
foreground = "blue", background = "white"))
tkpack(tklabel(frame1a, text = "Work on the map", font = "Times 12",
foreground = "darkred", background = "white"))
point.but <- tkbutton(frame1a, text="Selection by point", command=pointfunca);
poly.but <- tkbutton(frame1a, text="Selection by polygon", command=polyfunca);
tkpack(point.but, poly.but, side = "left", expand = "TRUE",
fill = "x")
tkpack(frame1a, expand = "TRUE", fill = "x")
frame1c <- tkframe(tt, relief = "groove", borderwidth = 2, background = "white")
tkpack(tklabel(frame1c, text = "Work on the graphic", font = "Times 12",
foreground = "darkred", background = "white"))
intervalle1.but <- tkbutton(frame1c, text="Selection by point", command=pointfunc);
intervalle11.but <- tkbutton(frame1c, text="Selection by polygon", command=polyfunc);
tkpack(intervalle1.but,intervalle11.but, side = "left", expand = "TRUE", fill = "x")
tkpack(frame1c, expand = "TRUE", fill = "x")
frame1b <- tkframe(tt, relief = "groove", borderwidth = 2, background = "white")
nettoy.but <- tkbutton(frame1b, text=" Reset selection " , command=SGfunc);
tkpack(nettoy.but, side = "left", expand = "TRUE", fill = "x")
tkpack(frame1b, expand = "TRUE", fill = "x")
frame2 <- tkframe(tt, relief = "groove", borderwidth = 2, background = "white")
tkpack(tklabel(frame2, text = "Options", font = "Times 14",
foreground = "blue", background = "white"))
tkpack(tklabel(frame2, text = "Spatial contours", font = "Times 11",
foreground = "darkred", background = "white"),tklabel(frame2, text = "Preselected sites", font = "Times 11",
foreground = "darkred", background = "white"),tklabel(frame2, text = "Bubbles", font = "Times 11",
foreground = "darkred", background = "white"),side = "left", fill="x",expand = "TRUE")
tkpack(frame2, expand = "TRUE", fill = "x")
frame2b <- tkframe(tt, relief = "groove", borderwidth = 2, background = "white")
nocou1.but <- tkbutton(frame2b, text="On/Off", command=cartfunc)
noint1.but <- tkbutton(frame2b, text="On/Off", command=fnointer)
bubble.but <- tkbutton(frame2b, text="On/Off", command=fbubble)
tkpack(nocou1.but,noint1.but,bubble.but, side = "left", expand = "TRUE",
fill = "x")
tkpack(frame2b, expand = "TRUE", fill = "x")
frame2c <- tkframe(tt, relief = "groove", borderwidth = 2, background = "white")
tkpack(tklabel(frame2c, text = "Only global outliers ", font = "Times 11",
foreground = "darkred", background = "white"),tklabel(frame2c, text = "Without global outliers ", font = "Times 11",
foreground = "darkred", background = "white"),tklabel(frame2c, text = "Rank on the x-axis", font = "Times 11",
foreground = "darkred", background = "white"),side = "left", fill="x",expand = "TRUE")
tkpack(frame2c, expand = "TRUE", fill = "x")
frame2b <- tkframe(tt, relief = "groove", borderwidth = 2, background = "white")
nocou1.but <- tkbutton(frame2b, text="On/Off", command=outlier)
noint1.but <- tkbutton(frame2b, text="On/Off", command=outlier2)
bubble.but <- tkbutton(frame2b, text="On/Off", command=ordering)
tkpack(nocou1.but,noint1.but,bubble.but, side = "left", expand = "TRUE",
fill = "x")
tkpack(frame2b, expand = "TRUE", fill = "x")
frame3 <- tkframe(tt, relief = "groove", borderwidth = 2, background = "white")
tkpack(tklabel(frame3, text = "Exit", font = "Times 14",
foreground = "blue", background = "white"))
quit.but <- tkbutton(frame3, text="Save results", command=quitfunc2);
quit.but2 <- tkbutton(frame3, text="Exit without saving", command=quitfunc);
tkpack(quit.but, quit.but2, side = "left", expand = "TRUE",
fill = "x")
tkpack(frame3, expand = "TRUE", fill = "x")
}
####################################################
return(invisible())
}
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