Python package for building, comparing, annotating, manipulating and visualising trees. It provides a comprehensive API and a collection of command line tools, including utilities to work with the NCBI taxonomy tree.
I am using ete3 evol (conda inst. V. 3.1.2) to analyse pseudogenes in primate genomes. According to the documentation if a tree is marked with --mark and two species separated by three commas
the tree is marked from the common ancestor of the surrounding species
Consistently, using the tree ECP_EDN_15.nw of the documentation page with --mark Chimp_EDN,,,Human_EDN, the tree is marked as follows:
One should expect that this marked tree is also present among the trees generated by the --internal option. However, by using this option, the program generate a tree marked at descendents but not at the common ancestor.
I think that the marking by --mark is correct, at variance with the --internal one, because if descendent branches (3, 7) are marked, also the ancestral branch (21) should be marked.
Hi,
I am using ete3 evol (conda inst. V. 3.1.2) to analyse pseudogenes in primate genomes. According to the documentation if a tree is marked with --mark and two species separated by three commas
Consistently, using the tree ECP_EDN_15.nw of the documentation page with --mark Chimp_EDN,,,Human_EDN, the tree is marked as follows:
One should expect that this marked tree is also present among the trees generated by the --internal option. However, by using this option, the program generate a tree marked at descendents but not at the common ancestor.
I think that the marking by --mark is correct, at variance with the --internal one, because if descendent branches (3, 7) are marked, also the ancestral branch (21) should be marked.