####################### The Data Section ########################### {DATAFILE} #The name of your data file Data file = data/primates.rna #The format of your data file (interleaved or not) Interleaved data file = no #The species used to root the tree Outgroup = 1 {\DATAFILE} ######################## The Evolutionary Model Section ############ {MODEL} #model : RNA7A + dG3 Model = RNA7A Discrete gamma distribution of rates = yes Number of gamma categories = 3 {\MODEL} ####################### The Function Section ########################### {FUNCTION} Function = Search for ML topology #Monophyletic clades ? User defined monophyletic clades = yes Clade file = data/primates.clades #The search method for tree topology : # 'Simple exhaustive search', 'Branch-and-bound exhaustive search' or # 'Heuristic stepwise addition' Topology search = Branch-and-bound exhaustive search #optimise the substitution model parameters simultaneously ? Optimise model parameters = yes #a field to choose initial model parameters, this field is compulsory if #the previous field is set to no #### User's model parameters file = {\FUNCTION} # Random seed for the random number generator Random seed = 2 # The next control line sets the output file Output file = results/primates-rna-ml/primates-rna-ml.output