Upright = TRUE ) + geom_textpath (data = ame (x1 = seq ( 0, 2 * pi, length = 300 ),

Label = rep ( c ( 'stats', 'effects', 'polar' ), each = 100 ) ),Īes (label = label ), linetype = 0, size = 8,

Ggplot ( aes ( x1, y1 ) ) + geom_rect ( aes (xmin = x1, xmax = x2, ymin = y1, ymax = y2, fill = group,Ĭolor = 'white', size = 2 ) + geom_textpath (data = ame (x1 = seq ( 0, 2 * pi, length = 300 ), The line-based geoms in ggplot all have two equivalents in this package: ggplot geomĮach of these aims to replicate all the functionality of the equivalent ggplot2 function, but with direct text labels that follow the shape of the lines drawn.įor the special case of geom_sf, which draws different shapes based on the geometry objects drawn, the equivalent geom_textsf and geom_labelsf, will identify and label the linestring components (typically rivers and roads), without attempting to label polygons. Just as geom_path is the foundation for several other geoms in ggplot2, so too are geom_textpath and geom_labelpath the foundation of the other geoms in this package. Of course, the point of this package is not to produce such graphical novelties, but to provide an easy and visually appealing way to present your data.

Z = 'A curved textbox on an arbitrary path' ) ggplot ( df, aes ( x, y, label = z ) ) + geom_labelpath (size = 5, fill = '#F6F6FF' )

Pyrosim curved geom