add split between three nodes, in the y-direction
splity( from = NULL, to0, to1, length = NULL, label_from = NULL, label_to0 = NULL, label_to1 = NULL, pos_from = NULL, pos_to = NULL, label_from_pos = NULL, label_to0_pos = NULL, label_to1_pos = NULL, label_from_gap = NULL, label_to0_gap = NULL, label_to1_gap = NULL, label_from_x = NULL, label_to0_x = NULL, label_to1_x = NULL, label_from_y = NULL, label_to0_y = NULL, label_to1_y = NULL, arr_width = NULL, name_from = deparse(substitute(from)), name_to0 = deparse(substitute(to0)), name_to1 = deparse(substitute(to1)), ... )
from | start node |
---|---|
to0 | the left end node |
to1 | the right end node |
length | single numeric specifying length, positive will result in a
fork from bottom to top, negative from top to bottom. Optional parameter
replacing |
label_from | label to draw on the flow out of |
label_to0 | label to draw on the flow into |
label_to1 | label to draw on the flow into |
pos_from | a decimal between 0 and 1 giving the position to start the
flow out of |
pos_to | a decimal between 0 and 1 giving the position to attach the
flow to nodes |
label_from_pos | a decimal between 0 and 1 giving the position along the
flow out of |
label_to0_pos | a decimal between 0 and 1 giving the position along the
flow into |
label_to1_pos | a decimal between 0 and 1 giving the position along the
flow into |
label_from_gap | distance from the flow out of |
label_to0_gap | distance from the flow into |
label_to1_gap | distance from the flow into |
label_from_x | x co-ordinate of |
label_to0_x | x co-ordinate of |
label_to1_x | x co-ordinate of |
label_from_y | y co-ordinate of |
label_to0_y | y co-ordinate of |
label_to1_y | y co-ordinate of |
arr_width | width of arrow, defaults to same as |
name_from | internal argument used for informative error messages |
name_to0 | internal argument used for informative error messages |
name_to1 | internal argument used for informative error messages |
... | additional formatting arguments to |
returns the start and end points of the flow