def __init__(
self,
problem: Problem,
solution: Solution,
attribute: str = None,
proportion: float = 0.3,
):
self.problem = problem
self.register: EncodingRegister = solution.get_attribute_register(
problem)
self.attribute = attribute
if attribute is None:
print("none")
attributes = [
k for k in self.register.dict_attribute_to_type
for t in self.register.dict_attribute_to_type[k]["type"]
if t == TypeAttribute.PERMUTATION
]
print(attributes)
if len(attributes) > 0:
self.attribute = attributes[0]
self.range_shuffle = self.register.dict_attribute_to_type[
self.attribute]["range"]
self.n_to_move = int(proportion * len(self.range_shuffle))
self.range_int = list(range(self.n_to_move))
self.range_int_total = list(range(len(self.range_shuffle)))
def __init__(self,
problem: Problem,
solution: Solution,
attribute: str = None):
self.problem = problem
self.register: EncodingRegister = solution.get_attribute_register(
problem)
self.attribute = attribute
if self.attribute is None:
attributes = [
k for k in self.register.dict_attribute_to_type
for t in self.register.dict_attribute_to_type[k]["type"]
if t == TypeAttribute.PERMUTATION
]
if len(attributes) > 0:
self.attribute = attributes[0]
self.range_shuffle = self.register.dict_attribute_to_type[
self.attribute]["range"]
self.range_int = list(range(len(self.range_shuffle)))
def __init__(
self,
problem: Problem,
solution: Solution,
attribute: str = None,
nb_swap: int = 1,
):
self.problem = problem
self.register: EncodingRegister = solution.get_attribute_register(
problem)
self.nb_swap = nb_swap
self.attribute = attribute
if self.attribute is None:
attributes = [
k for k in self.register.dict_attribute_to_type
for t in self.register.dict_attribute_to_type[k]["type"]
if t == TypeAttribute.PERMUTATION
]
if len(attributes) > 0:
self.attribute = attributes[0]
self.length = len(
self.register.dict_attribute_to_type[self.attribute]["range"])