pip install mdelta

mDELTA.py -h

usage: mDELTA [-h] [-nt NAME2TYPEFILE] [-nt2 NAME2TYPEFILE2] [-sd SCOREDICTFILE] [-t TOP] [-ma MAV] [-mi MIV] [-p PV] [-T TQDM]
              [-n NOTEBOOK] [-P PERM] [-a ALG] [-c CPUS] [-o OUTPUT] [-x DIFF] [-mg MERGE]
              TreeSeqFile TreeSeqFile2

Multifuricating Developmental cEll Lineage Tree Alignment(mDELTA)

positional arguments:
  TreeSeqFile           [path/filename] A text file storing cell lineage tree #1 in newick format. Tips can be labeled by name or
                        cell type. Branch lengths should be removed.
  TreeSeqFile2          [path/filename] A text file storing cell lineage tree #2 in newick format. Tips can be labeled by name or
                        cell type. Branch lengths should be removed.

optional arguments:
  -h, --help            show this help message and exit
  -nt NAME2TYPEFILE, --Name2TypeFile NAME2TYPEFILE
                        [path/filename] List of correspondance between tip name and cell type for cell lineage tree #1.
  -nt2 NAME2TYPEFILE2, --Name2TypeFile2 NAME2TYPEFILE2
                        [path/filename] List of correspondance between tip name and cell type for cell lineage tree #2.
  -sd SCOREDICTFILE, --ScoreDictFile SCOREDICTFILE
                        [path/filename] A comma-delimited text file used to determine similarity scores between cells. If there
                        are exactly three columns, they will be interpreted as (1) the cell (name or type) in Tree #1, (2) the
                        cell in Tree #2, and (3) the similarity score. If otherwise, the first column will be interpreted as the
                        cell (name or type) and the remaining columns as features of the cell (e.g. expression of a gene). The
                        similarity scores will be estimated between all pairs of cells based on the Euclidean distance calculated
                        using all the features. Overrides `-ma` and `-mi`.
  -t TOPN, --top TOPN   [int > 0] Performs local (instead of global) alignment, and output the top TOPNUM local alignments with the
                        highest score (e.g. `-t 10`). In the case of global alignment, this parameter should be omitted.
  -ma MAV, --mav MAV    [float]
  -mi MIV, --miv MIV    [float] Shorthand for a simple matching score scheme, where the matching score between a pair of the same
                        cell types is MAV and all other pairs are MIV. (e.g. `-ma 2 -mi -2`). Overridden by `-sd`.
  -p PV, --pv PV        [float] The score for pruning a tip of the tree (e.g. `-p -2`). Default to -1.
  -T TQDM, --Tqdm TQDM  [0(off) or 1(on)] Toggle for the jupyter notebook environment.
  -n NOTEBOOK, --notebook NOTEBOOK
                        [0(off) or 1(on)] Toggle for the jupyter notebook environment.
  -P PERM, --PERM PERM  [int > 0] Toggle for the statistical significance. For each observed alignment, the aligned trees will be
                        permuted PERM times to generate a null distribution of alignment scores, with which a P value can be
                        calculated for the observed alignment score.
  -a ALG, --Alg ALG     [KM / GA] Use Kuhn-Munkres or Greedy Algorithm to find the optimal alignment score.
  -c CPUS, --CPUs CPUS  [int > 0] Number of threads for multi-processing. Default to 50., it can reach the maximum number of local
                        CPU cores - 1.
  -o OUTPUT, --output OUTPUT
                        [path/filename] Output filename
  -x DIFF, --diff DIFF  [int > 0] Alignment must consist of a minimal 
                        of DIFF% aligned cell pairs that are different from previous(better) local
                        alignments in order to be considered as another new alignment (e.g. `-x 20` means 20%).
  -mg MERGE, --merge MERGE
                        [float] This is the scaling factor for calculating the score of merging an internal node (e.g. -mg -1),
                        which is multiplied by the number of tips of the internal node to be merged. Default to 0.

More details on https://github.com/Chenjy0212/mdelta

mDELTA.py ExampleFile/tree.nwk ExampleFile/tree.nwk -t 3