# Run the experiment
for nn in range(n):
if not mute:
# Report every n/100 times for boredom reasons
if nn % 100 == 0:
print(nn, 'iterations run...', file=sys.stderr)
# Initialize families
families = []
for ff in range(f):
# Generate random language to use as root for family
randomname = 1000 * ff
randomroot = Language(constraints, name=randomname)
randomroot.randomize_ranking()
families.append(Family(randomroot))
# Evolve family
for family in families:
family.evolve(l, p)
languages = []
for family in families:
languages += family.get_leaves()
languagenames = []
for language in languages:
languagenames.append(language.__name__)
languagenames.sort()
# Output gold tree as a .dot file; then call dot -T png -o [tree].png [tree].dot
# family.tree_to_dot()
# Run the experiment for nn in range(n): if not mute: # Report every n/100 times for boredom reasons if nn % 100 == 0: print(nn, 'iterations run...', file=sys.stderr) # Initialize families families = [] for ff in range(f): # Generate random language to use as root for family randomname = 1000 * ff randomroot = Language(constraints, name=randomname) randomroot.randomize_ranking() families.append(Family(randomroot)) # Evolve family for family in families: family.evolve(l,p) languages = [] for family in families: languages += family.get_leaves() languagenames = [] for language in languages: languagenames.append(language.__name__) languagenames.sort() # Output gold tree as a .dot file; then call dot -T png -o [tree].png [tree].dot # family.tree_to_dot()
