def create_map(number_of_rooms, soldier, scripted_levels={}):
# the first room is empty, since the player starts there
options = ['Sectoid', 'Thinman', 'Floater', 'Muton']
pods = [[]]
for i in range(1, number_of_rooms):
if i in scripted_levels:
pods.append(scripted_levels[i])
else:
pod = []
# more aliens per room the further along you are
for j in range(3 + random.randrange(-2, 2 + round(i / 10))):
# determine alien species
species = options[0]
nrank = 0
if 3 < i and i < 10:
species = random.choice(options[:2])
elif 10 <= i and i < 20:
species = random.choice(options)
else:
species = random.choice(options[2:])
# determine rank
# if species == 'Sectoid':
maxrank = 4
if species == 'Thinman':
maxrank = 5
elif species == 'Floater':
maxrank = 6
elif species == 'Muton':
maxrank = 8
nrank = random.randrange(round(i / (number_of_rooms /
(maxrank - 1))), maxrank)
alien = create_alien(j, i, species, nrank=nrank)
pod.append(alien)
pods.append(pod)
return Map(pods, soldier)
def main():
textcom.globals_hack_init()
print("Bradford: Welcome Commander. We've discovered an Alien Base, and "
"it's your job to send someone out to deal with it.")
print('Bradford: Choose a soldier from the 3 below to go on the mission.')
barracks = []
#generates soldiers
for i in range(3):
x = create_soldier(i)
barracks.append(x)
#displays a list of the soldiers
for i in range(len(barracks)):
print(str(i + 1) + ': ')
barracks[i].print_summary()
print()
#forces you to pick only one soldier
soldier = barracks[get_int_input('# ', 1, 3) - 1]
if soldier.lastname == "Bradford":
soldier.say("What? There must have been a mistake on the sheet, "
"Commander! You can't send --")
elif soldier.lastname == "Van Doorn":
soldier.say("I'm the Ops team?")
else:
soldier.say('Ready for duty, Commander!')
scripted_levels = {
1: [create_alien(1, 1, 'Sectoid', nrank=0)],
2: [
create_alien(1, 2, 'Sectoid', nrank=0),
create_alien(1, 2, 'Sectoid', nrank=0)
],
3: [
create_alien(1, 3, 'Sectoid', nrank=0),
create_alien(1, 3, 'Sectoid', nrank=1)
],
5: ["Drop Zone"],
10: ["Drop Zone"],
15: ["Drop Zone"],
20: ["Drop Zone"],
30: [create_alien(1, 1, 'Muton', nrank=8, hp=50)]
}
game_map = create_map(NUMBER_OF_ROOMS, soldier, scripted_levels)
# dump_map(game_map)
# Yeah, I feel pretty bad about this, but currently I have no idea how to
# make the current room index available for the death handler score
# .calculation. Maybe everything works out fine if components are
# introduced. I hope so.
soldier.game_map = game_map
#game loop, runs until your soldier is killed
while soldier.alive == True:
try:
old_room = game_map.get_current_room()
playerTurn(game_map)
status(str(soldier) + ' is out of AP!')
current_room = game_map.get_current_room()
# Aliens are not allowed to act after the room was changed,
# because they already scattered when the player entered the new
# room. Also, there is no need for an alien turn if there are
# no more aliens in the room.
if soldier.alive == True and old_room == current_room \
and len(current_room) > 0:
print()
print("--------------Alien Activity!--------------")
print()
time.sleep(1)
alienTurn(game_map)
print()
print("--------------XCOM Turn--------------")
print()
except ( ValueError or IndexError ):
pass
if game_map.current_room == len(game_map.rooms):
print("You have won the game!")
break
def test_create_alien():
# this function could be regarded trivial, but the **kwargs stuff is not
# that intuitive, so test coverage is good
# test all accepted species
alien_species = ['Sectoid', 'Thinman', 'Floater', 'Muton']
for species in alien_species:
a = create_alien(0, 0, species)
assert a.species == species
# test invalid species detection
exception = None
try:
a = create_alien(0, 0, 'Ayy')
except Exception as e:
exception = e
assert exception is not None
assert str(exception) == 'Unknown alien species'
# test correct rank handling
# the value 10 is used because it's not a real rank, that could be
# generated by the function
species = 'Sectoid'
rank = 10
a = create_alien(0, 0, species, nrank=rank)
assert a.nrank == rank
assert a.hp == rank + ALIEN_SPECIES[species][SPECIES_HP_BASE]
assert rank + ALIEN_SPECIES[species][SPECIES_AIM_RANGE][0] <= a.aim
assert a.aim < rank + ALIEN_SPECIES[species][SPECIES_AIM_RANGE][1]
assert rank + ALIEN_SPECIES[species][SPECIES_MOBILITY_RANGE][0] \
<= a.mobility
assert a.mobility \
< rank + ALIEN_SPECIES[species][SPECIES_MOBILITY_RANGE][1]
assert a.firstname in sectoidfName
assert a.lastname in sectoidlName
assert a.armour == 'BDY'
assert type(a.weapon) == ALIEN_SPECIES[species][SPECIES_WEAPON_CLASS]
assert len(a.items) == 1
assert a.items[0] in ALIEN_DEFAULT_ITEMS
assert len(a.mods) == 0
# test correct overrides
hp_value = 2
aim_value = 2
mobility_value = 2
firstname_value = 'Ayy'
lastname_value = 'Lmao'
armour_value = 'LOLarmour'
weapon_value = 'LOLweapon'
items_value = [1,2]
mods_value = [1, 2]
a = create_alien(0, 0, species, nrank=rank, hp=hp_value, aim=aim_value,
mobility=mobility_value, firstname=firstname_value,
lastname=lastname_value, armour=armour_value,
weapon=weapon_value, items=items_value, mods=mods_value)
assert a.aim == aim_value
assert a.hp == hp_value
assert a.mobility == mobility_value
assert a.firstname == firstname_value
assert a.lastname == lastname_value
assert a.armour == armour_value
assert a.weapon == weapon_value
assert a.items == items_value
assert a.mods == mods_value