@@ -259,7 +259,11 @@ augment.cluster <- function(x, data, k = NULL, h = NULL, ...) {
259259# /beautiful-dendrogram-visualizations-in-r-5-must-known-methods
260260# -unsupervised-machine-learning
261261plot.cluster <- function (x , y , labels = TRUE , hang = - 1 , check = TRUE ,
262+ <<<<<<< HEAD
262263type = " vertical" , lab = " Height" , ... ) {
264+ =======
265+ type = " vertical" , lab = " Height" , ... ) {
266+ >>>>>>> ebb9c87cd48f988294806dbc756d2a5f4357ea1c
263267 type <- match.arg(type [1 ], c(" vertical" , " horizontal" , " circular" ))
264268 # type == "circular" is special because we need to transform as ape::phylo
265269 if (type == " circular" ) {
@@ -288,7 +292,11 @@ circle <- function(x = 0, y = 0, d = 1, col = 0, lwd = 1, lty = 1, ...)
288292
289293# TODO: make sure the dendrogram is correct with different ggplot themes
290294autoplot.cluster <- function (object , labels = TRUE , type = " vertical" ,
295+ <<<<<<< HEAD
291296circ.text.size = 3 , theme = theme_sciviews(), xlab = " " , ylab = " Height" , ... ) {
297+ =======
298+ circ.text.size = 3 , theme = theme_sciviews(), xlab = " " , ylab = " Height" , ... ) {
299+ >>>>>>> ebb9c87cd48f988294806dbc756d2a5f4357ea1c
292300 if (is.null(type ))
293301 type <- " vertical"
294302 type <- match.arg(type [1 ], c(" vertical" , " horizontal" , " circular" ))
@@ -319,9 +327,15 @@ circ.text.size = 3, theme = theme_sciviews(), xlab = "", ylab = "Height", ...) {
319327 coord_polar(start = pi / 2 )
320328 if (isTRUE(labels ))
321329 dendro <- dendro +
330+ <<<<<<< HEAD
322331 geom_text(data = label_df ,
323332 aes(x = id , y = - 0.02 , label = labels , hjust = hjust ),
324333 size = circ.text.size , angle = label_df $ angle , inherit.aes = FALSE )
334+ =======
335+ geom_text(data = label_df ,
336+ aes(x = id , y = - 0.02 , label = labels , hjust = hjust ),
337+ size = circ.text.size , angle = label_df $ angle , inherit.aes = FALSE )
338+ >>>>>>> ebb9c87cd48f988294806dbc756d2a5f4357ea1c
325339 dendro <- dendro +
326340 theme(panel.border = element_blank(),
327341 axis.text = element_blank(),
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