Reppo for internal functions.
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ggstats_add_xy<-function(table_stat, table, xcol=NULL, group, y="max", bracket.offset=0.05, bracket.inspace=0.05, exclude_group=NULL){
## Adapted version to fit rstatix output
value.var<-table_stat[[1,".y."]]
if (is.null(xcol)){
x<-colnames(table_stat)[1]
}else{x<-xcol}
if(!is.null(group)){table[,group]<-as.factor(pull(table,group))}
table[,x]<-as.factor(pull(table,x))
if (is.null(exclude_group)){
table_agg<-table %>% group_by(.data[[x]])
}else{
table_agg<-table %>% group_by(.data[[x]], .data[[exclude_group]])
}
if (y == "max"){
agg<-table_agg %>% summarise(max=max(.data[[value.var]], na.rm = T))
if(!is.na(exclude_group)){agg<-table_agg %>% group_by(.data[[exclude_group]]) %>% summarise(max=max(.data[[value.var]], na.rm=T))}
}else if (y == "mean"){
agg<-table %>% group_by(.data[[x]],.data[[group]]) %>% summarise(mean=mean(.data[[value.var]], na.rm=T)) %>% spread(group, mean)
agg<- data.frame(x=agg[,1], "max"=apply(agg[,2:ncol(agg)], 1, max, na.rm=T))
colnames(agg)[1]<-x
}else if (y == "mean+sd"){
agg<-table %>% group_by(.data[[x]],.data[[group]]) %>% summarise(mean=mean(.data[[value.var]], na.rm=T)+sd(.[[value.var]], na.rm=T)) %>% spread(group, mean)
agg<- data.frame(x=agg[,1], "max"=apply(agg[,2:ncol(agg)], 1, max, na.rm=T))
colnames(agg)[1]<-x
}else if (y == "mean+sem"){
agg<-table %>% group_by(.data[[x]],.data[[group]]) %>% summarise(mean=mean(.data[[value.var]], na.rm=T)+sem(.[[value.var]], na.rm=T)) %>% spread(group, mean)
agg<- data.frame(x=agg[,1], "max"=apply(agg[,2:ncol(agg)], 1, max, na.rm=T))
colnames(agg)[1]<-x
}
group.list<-list()
count<-1
if(!is.null(group)){table_stat<-mutate(table_stat, {{x}}:=as.factor(.data[[x]]))}
for (i in 1:nrow(table_stat)){
group.list[[count]]<-c(table_stat %>% slice(i) %>% pull(group1),table_stat%>% slice(i) %>% pull(group2))
count<-count+1
}
if(!is.null(group)){
x.index<-sapply(table_stat %>% pull(x), function(y) which(levels(table_stat %>% pull(x)) == y))
t<-tibble("y.position"=merge(table_stat, agg ,sort=F)[,"max"]+diff(range(table[value.var], na.rm = T))*bracket.offset,
"groups"=group.list,
"x.temp"=x.index,
"xmin"=(match(table_stat %>% pull(x), levels(table[,x]))+0.75*((match(table_stat$group1, levels(table[,group]))-0.5)/length(levels(table[,group]))-0.5)),
"xmax"=match(table_stat %>% pull(x), unique(table[,x]))+0.75*((match(table_stat$group2, levels(table[,group]))-0.5)/length(levels(table[,group]))-0.5)
) %>% rename("x"="x.temp")
}else{
t<-tibble("y.position"=merge(table_stat, agg ,sort=F)[,"max"]+diff(range(table[value.var], na.rm = T))*bracket.offset,
"groups"=group.list,
# "x.temp"=x.index,
)# %>% rename("x"="x.temp")
}
if (!is.null(group)){
if (!is.null(exclude_group)){
for (j in unique(pull(table_stat, all_of(exclude_group)))){
for (dia in unique(pull(table_stat,all_of(xcol)))){
if (stat.test %>% filter(p < 0.05) %>% filter(.data[[x]] == dia & .data[[exclude_group]] == j) %>% nrow() > 0){
t[table_stat[,x] == dia & table_stat[,exclude_group] == j,"y.position"]<-seq(t[table_stat[,x] == dia & table_stat[,exclude_group] == j,"y.position"][[1,1]],
t[table_stat[,x] == dia & table_stat[,exclude_group] == j,"y.position"][[1,1]]+diff(range(table[,value.var], na.rm = T))*bracket.inspace*(nrow(table_stat[table_stat[,x] == dia & table_stat[,exclude_group] == j,])-1),
by=diff(range(table[,value.var], na.rm = T))*bracket.inspace)
}
}
}
}else{
for (dia in unique(pull(table_stat,all_of(xcol)))){
t[table_stat[,x] == dia,"y.position"]<-seq(t[table_stat[,x] == dia,"y.position"][[1,1]],
t[table_stat[,x] == dia,"y.position"][[1,1]]+diff(range(table[,value.var], na.rm = T))*bracket.inspace*(nrow(table_stat[table_stat[,x] == dia,])-1),
by=diff(range(table[,value.var], na.rm = T))*bracket.inspace)
}
}
}else{
for (dia in unique(pull(table_stat,all_of(exclude_group)))){
t[table_stat[,exclude_group] == dia, "y.position"]<-seq(t[table_stat[,exclude_group] == dia,"y.position"][[1,1]],
t[table_stat[,exclude_group] == dia,"y.position"][[1,1]]+
diff(range(table[,value.var], na.rm = T))*
bracket.inspace*(nrow(table_stat[table_stat[,exclude_group] == dia,])-1),
by=diff(range(table[,value.var], na.rm = T))*bracket.inspace)
}
}
return(cbind(table_stat,t) %>% as_tibble)
}