def one_three_zeros(value):
squad = Squad()
for i in ELEMENTS:
s = Stone()
s[i] = value
squad.append(Scient(i, s))
return squad
def one_three_zeros(value):
squad = Squad()
for i in ELEMENTS:
s = Stone()
s[i] = value
squad.append(Scient(i, s))
return squad
def max_squad_by_value(value):
"""Takes an integer, ideally even because we round down, and returns a
squad such that comp[element] == value, comp[orth] == value/2, comp[opp]
== 0"""
squad = Squad()
value = value / 2 #more logical, really.
half = value / 2
for i in ELEMENTS:
s = Stone()
s[i] = value
s[OPP[i]] = 0
for o in ORTH[i]:
s[o] = half
squad.append(Scient(i, s))
return squad
def max_squad_by_value(value):
"""Takes an integer, ideally even because we round down, and returns a
squad such that comp[element] == value, comp[orth] == value/2, comp[opp]
== 0"""
squad = Squad()
value = value / 2 # more logical, really.
half = value / 2
for i in ELEMENTS:
s = Stone()
s[i] = value
s[OPP[i]] = 0
for o in ORTH[i]:
s[o] = half
squad.append(Scient(i, s))
return squad
def create_squad(cls, units_data=None):
"""This method returns Squad class instance
:arg units_data:
1.For 'create_from_json_structure' method: List of dicts with units data
Example: [{'type': 'Soldier'}, ... , {'type': 'Soldier'}]
2.For 'create_new_structure' method: Default to None
:return:
Squad class instance
"""
units = list()
if units_data is not None:
for unit in units_data:
if unit['type'] == 'Soldier':
units.append(cls.create_soldier())
elif unit['type'] == 'Vehicle':
units.append(cls.create_vehicle(len(unit['operators'])))
else:
unit_count = randint(u_conf.MIN_UNIT_COUNT, u_conf.MAX_UNIT_COUNT)
for _ in range(unit_count):
unit = choice([cls.create_soldier, cls.create_vehicle])()
units.append(unit)
squad = Squad(units_lst=units)
return squad
def rand_squad(suit=None, kind='Scient'):
"""Returns a Squad of five random Scients of suit. Random suit used
if none given."""
#please clean me up.
squad = Squad()
if kind == 'Scient':
size = 5
if not suit in ELEMENTS:
for _ in range(size):
squad.append(rand_unit(rand_element(), kind))
else:
for _ in range(size):
squad.append(rand_unit(suit, kind))
else:
if not suit in ELEMENTS:
while squad.free_spaces >= 2:
squad.append(rand_unit(rand_element()))
if squad.free_spaces == 1:
squad.append(rand_unit(rand_element(), kind='Scient'))
else:
while squad.free_spaces >= 2:
squad.append(rand_unit(suit))
if squad.free_spaces == 1:
squad.append(rand_unit(suit, kind='Scient'))
squad.name = rand_string()
return squad
def rand_squad(suit=None, kind="Scient"):
"""Returns a Squad of five random Scients of suit. Random suit used
if none given."""
# please clean me up.
squad = Squad()
if kind == "Scient":
size = 5
if not suit in ELEMENTS:
for _ in range(size):
squad.append(rand_unit(rand_element(), kind))
else:
for _ in range(size):
squad.append(rand_unit(suit, kind))
else:
if not suit in ELEMENTS:
while squad.free_spaces >= 2:
squad.append(rand_unit(rand_element()))
if squad.free_spaces == 1:
squad.append(rand_unit(rand_element(), kind="Scient"))
else:
while squad.free_spaces >= 2:
squad.append(rand_unit(suit))
if squad.free_spaces == 1:
squad.append(rand_unit(suit, kind="Scient"))
squad.name = rand_string()
return squad
