def __partitioning(self, algorithm):
"""
called when "partition" is pressed, execture the branch and bound partitioning
"""
if algorithm == "kl":
kl(self.circuit, self)
else:
genetic(self.circuit, self)
self.update_partition_button(False)
def genetic_alg(solution):
""" Genetic solution.
Args:
solution: Empty instance of solution object.
Returns:
A Genetic solution.
"""
return gena.genetic(solution)
def get_algorithm(alg_selected):
if alg_selected == "genetic":
return genetic([heuristics.towards_item, heuristics.random_direction
]) #heuristics.away_from_enemy,
elif alg_selected == "hillclimb" or alg_selected == "hillclimbing":
return climber([heuristics.towards_item, heuristics.random_direction
]) # heuristics.away_from_enemy,
else:
pass
return None
def get_algorithm(alg_selected):
if alg_selected == "genetic":
return genetic([h.towards_item, h.away_from_enemy, h.random_direction])
elif alg_selected == "hillclimb" or alg_selected == "hillclimbing":
return climber([h.towards_item,
h.away_from_enemy]) #, h.random_direction])
elif alg_selected == "annealing" or alg_selected == "anneal":
return climber([h.towards_item, h.away_from_enemy], 1.0,
0.5) #, h.random_direction])
elif alg_selected == "hillclimb2" or alg_selected == "hillclimbing2":
return climber2([h.towards_item, h.away_from_enemy])
elif alg_selected == "annealing2" or alg_selected == "anneal2":
return climber2([h.towards_item, h.away_from_enemy], 1.0, 0.5)
elif alg_selected == "brute":
return brute([h.towards_item, h.away_from_enemy])
elif alg_selected == "mcts":
pass
else:
pass
return None
from objects.board import Board from algorithms.genetic import genetic b = Board() b.readExternalFile() b.show() genetic(b)