class Obj:
"""
群体：
"""
def __init__(self, name, init_x, init_y, ch, color):
self.name = name
_fn = "dot%s" % self.name
self.backup = basic.BackUp(_fn)
self.chr = ch
self.color = color
self.V = (0., 0., 0., 0.,)
"""群体的个人集合
"""
self.P = []
"""性别情况
"""
self.male = 0
self.female = 0
"""怀孕人数
"""
self.mating = 0
self.policy = Policy()
self.X = init_x + self.policy._func()
self.Y = init_y + self.policy._func()
self.load()
def move(self):
self.V = self.policy.getPolicy()
self.X = self.X + (self.V[0]-self.V[2])
self.Y = self.Y + (self.V[1]-self.V[3])
def getPosition(self):
return int(self.X), int(self.Y), self.chr, self.color
def save(self):
_data = {
"x": self.X,
"y": self.Y,
"ch": self.chr,
"c": self.color,
"persons": []
}
for _p in self.P:
_data['persons'].append(_p.show_name())
_p.save()
self.backup.save(_data)
def load(self):
_info = self.backup.load()
if _info is not None:
self.X = _info["x"]
self.Y = _info["y"]
self.chr = _info["ch"]
self.color = _info["c"]
for _name in _info["persons"]:
_p = resource.Ps(_name)
if _p.show_sex() == 'Male':
self.male += 1
else:
self.female += 1
self.P.append(_p)
else:
"""初值：每个群体100人
"""
for _i in range(100):
"""个体姓名
"""
_name = "%s-%s" % (self.name, uuid.uuid4())
_p = resource.Ps(_name)
if _p.show_sex() == 'Male':
self.male += 1
else:
self.female += 1
self.P.append(_p)
def time_scale(self, ts):
"""
时标处理器
:param ts: 时标
:return: 存活个数，需求总量，男性个数，女性个数，怀孕人数
"""
_alive = 0
_requirment = 0
_male = []
_female = []
self.mating = 0
for _p in self.P:
if ts % 24 == 0:
_requirment += _p.life_one_day()
"""收集满足交配条件的个人
"""
if _p.can_mating("Male"):
_male.append(_p)
if _p.can_mating("Female"):
_female.append(_p)
else:
_requirment += _p.show()
if _p.alive():
_alive += 1
if len(_male) > 0 and len(_female) > 0:
"""若有满足交配条件的两性，则允许交配
"""
for _m in _male:
_m.mating('Male')
for _f in _female:
if _f.mating('Female'):
self.mating += 0
for _p in self.P:
if _p.is_mating():
self.mating += 1
if _p.birth():
"""新生一代
"""
_name = "%s-%s" % (self.name, uuid.uuid4())
_p = resource.Ps(_name)
if _p.show_sex() == 'Male':
self.male += 1
else:
self.female += 1
self.P.append(_p)
return _alive, _requirment, self.male, self.female, self.mating
class Obj:
"""
群体：
"""
def __init__(self, name, init_x, init_y, ch, color):
self.name = name
_fn = "dot%s" % self.name
self.backup = basic.BackUp(_fn)
self.chr = ch
self.color = color
self.V = (
0.,
0.,
0.,
0.,
)
self.E = 0
"""群体的个人集合
"""
self.P = []
"""性别情况
"""
self.male = 0
self.female = 0
"""怀孕人数
"""
self.mating = 0
self.policy = Policy()
self.X = init_x + self.policy._func()
self.Y = init_y + self.policy._func()
self.load()
def move(self):
self.V = self.policy.getPolicy()
self.X = self.X + (self.V[0] - self.V[2])
self.Y = self.Y + (self.V[1] - self.V[3])
def get_chr(self):
return self.chr
def getPosition(self):
return int(self.X), int(self.Y), self.chr, self.color
def save(self):
_data = {
"x": self.X,
"y": self.Y,
"ch": self.chr,
"c": self.color,
"persons": []
}
for _p in self.P:
_data['persons'].append(_p.show_name())
_p.save()
self.backup.save(_data)
def load(self):
_info = self.backup.load()
if _info is not None:
self.X = _info["x"]
self.Y = _info["y"]
self.chr = _info["ch"]
self.color = _info["c"]
for _name in _info["persons"]:
_p = resource.Ps(_name)
if _p.show_sex() == 'Male':
self.male += 1
else:
self.female += 1
self.P.append(_p)
else:
"""初值：每个群体100人
"""
for _i in range(100):
"""个体姓名
"""
_name = "%s-%s" % (self.name, uuid.uuid4())
_p = resource.Ps(_name)
if _p.show_sex() == 'Male':
self.male += 1
else:
self.female += 1
self.P.append(_p)
def set_power(self, e):
"""
给群体分配能量
:param e: 能量
:return:
"""
self.E = e
def time_scale(self, ts):
"""
时标处理器
:param ts: 时标
:return: 存活个数，需求总量，男性个数，女性个数，怀孕人数
"""
_alive = 0
_requirment = 0
_male = []
_female = []
self.mating = 0
for _p in self.P:
if ts % 24 == 0:
_requirment += _p.life_one_day()
"""收集满足交配条件的个人
"""
if _p.can_mating("Male"):
_male.append(_p)
if _p.can_mating("Female"):
_female.append(_p)
else:
_requirment += _p.show()
if _p.alive():
_alive += 1
else:
"""从人群中删除"""
self.P.remove(_p)
"""群体拥有的能量满足需求时"""
if self.E > _requirment:
if len(_male) > 0 and len(_female) > 0:
"""若有满足交配条件的两性，则允许交配
"""
for _m in _male:
_m.mating('Male')
for _f in _female:
if _f.mating('Female'):
self.mating += 0
for _p in self.P:
if _p.is_mating():
self.mating += 1
if _p.birth():
"""新生一代
"""
_name = "%s-%s" % (self.name, uuid.uuid4())
_p = resource.Ps(_name)
if _p.show_sex() == 'Male':
self.male += 1
else:
self.female += 1
self.P.append(_p)
self.E -= _requirment
return _alive, _requirment, self.male, self.female, self.mating
