A simulation wrapper function currently takes ntips as an argument corresponding to the number of tips in the tree to simulate. This doesn't provide any means for the user to specify varying tip heights. We will replace this argument with tips that can take either integer or vector arguments. If integer, then it is the number of contemporaneous tips (all the same height, zero). If a vector, then the length of the vector gives the number of tips and the values correspond to the tip heights.
A simulation wrapper function currently takes
ntips
as an argument corresponding to the number of tips in the tree to simulate. This doesn't provide any means for the user to specify varying tip heights. We will replace this argument withtips
that can take either integer or vector arguments. If integer, then it is the number of contemporaneous tips (all the same height, zero). If a vector, then the length of the vector gives the number of tips and the values correspond to the tip heights.