def test_actor():
components = {
"name": "actor",
"char": "x",
"color": (255, 255, 255),
"ai": HostileAI(),
"fighter": Fighter(max_hp=1, base_ac=10),
"offense": OffenseComponent(Attack('zap', [1])),
"level": Level(xp_given=1, difficulty=0),
"energy": EnergyComponent(refill=10)
}
return Actor(**components)
def __init__(self):
super().__init__(
name="player",
player=True, # Let's us work with the player component around the game.
char="@",
color=(255, 255, 255),
ai=None,
equipment=Equipment(),
fighter=Fighter(max_hp=30, base_ac=10),
offense=OffenseComponent(Attack('punch', [2])),
attributes=Attributes(base_strength=5),
# Original inventory capacity is 267 because we have 26 lowercase letters plus $
inventory=PlayerInventory(capacity=27),
level=Level(level_up_base=20, difficulty=0),
energy=EnergyComponent(refill=12),
regeneration=Regeneration(),
light=LightComponent(radius=1),
)
def test_init__single_attack():
oc = OffenseComponent(Attack('bite', [8]))
assert len(oc) == 1
assert isinstance(oc.attacks, tuple)
def test_init__2_attacks_tuple_():
atk = Attack('bite', [8])
oc = OffenseComponent(atk, atk)
assert oc.attacks == (atk, atk)
def test_init__tuple():
atk = Attack('bite', [8])
oc = OffenseComponent(atk)
assert oc.attacks == (atk, ) # Single tuple
from components.offense_comp import OffenseComponent
from components.energy import EnergyComponent
from components.fighter import Fighter
from components.item_comp import ItemComponent
from components.level import Level
from components.stackable import StackableComponent
from src.entity import Entity
from src.renderorder import RenderOrder
actor_dict = {
"grid bug": {
"char": "x",
"color": tcod.purple,
"ai": GridAI(),
"fighter": Fighter(max_hp=1, base_ac=10),
"offense": OffenseComponent(Attack('zap', [1])),
"level": Level(xp_given=1, difficulty=0),
"energy": EnergyComponent(refill=12)
},
"larva": {
"char": "w",
"color": tcod.white,
"ai": HostileAI(),
"fighter": Fighter(max_hp=1, base_ac=9),
"offense": OffenseComponent(Attack('bite', [2])),
"level": Level(xp_given=8, difficulty=2),
"energy": EnergyComponent(refill=6)
},
"brown mold": {
def test_min_dmg__2_die():
atk = Attack('bite', [2, 2])
result = atk.min_dmg()
assert result == 2
def test_to_text__1d8_plus_2d6():
atk = Attack('bite', [8, 6, 6])
assert atk.to_text() == '2d6+1d8'
def test_to_text__1d2_1d10_1d8():
atk = Attack('bite', [2, 10, 8])
assert atk.to_text() == '1d2+1d8+1d10'
def test_to_text__2d4():
atk = Attack('bite', [4, 4])
assert atk.to_text() == '2d4'
def test_to_text__1d2():
atk = Attack('bite', [2])
assert atk.to_text() == '1d2'
def test_init__roll_dies__1d2():
atk = Attack('bite', [2])
result = atk.roll_dies()
assert result >= 1
assert result <= 2
def test_init__roll_dies__2d1():
atk = Attack('bite', [1, 1])
result = atk.roll_dies()
assert result == 2
def test_max_dmg__1_die():
atk = Attack('bite', [2])
result = atk.max_dmg()
assert result == 2
def testattacks():
return [Attack('bite', [8]), Attack('bite', [8]), Attack('kick', [6, 6])]
def getmonsterfromdata(self, game_map, pos, speciesname, monsterlevel):
# get the monster's data
species = self.monsterdata.get(speciesname)
if (not str(monsterlevel) in species):
return False
thismonsterdata = species.get(str(monsterlevel))
fov_radius = thismonsterdata.get("fov_radius")
attentiveness = thismonsterdata.get("attentiveness")
truesight = (thismonsterdata.get("truesight") == "True")
hp = thismonsterdata.get("hp")
defense = thismonsterdata.get("defense")
spdefense = thismonsterdata.get("spdefense")
attack = thismonsterdata.get("attack")
spattack = thismonsterdata.get("spattack")
speed = thismonsterdata.get("speed")
name = thismonsterdata.get("name")
prey = thismonsterdata.get("prey")
swim = (thismonsterdata.get("swim") == "True")
char = species.get("char")
if (speciesname == 'BOSSES'):
color = colors.get('boss_monster_color')
else:
color = colors.get(
self.monsterdata.get(
"colors").get(monsterlevel))
# create the monster
attacks = []
for atkparams in thismonsterdata.get("attacks").values():
newatk = Attack(
name=atkparams.get('name'),
atk_power=int(atkparams.get('atk_power')),
min_range=int(atkparams.get('min_range')),
max_range=int(atkparams.get('max_range')),
atk_type=attacktype(atkparams.get('atk_type')))
attacks.append(newatk)
fighter_component = Fighter(
hp=hp,
defense=defense,
spdefense=spdefense,
attack=attack,
spattack=spattack,
speed=speed,
attacks=attacks)
ai_component = BasicMonster(game_map,
prey=prey,
swim=swim,
truesight=truesight,
fov_radius=fov_radius,
attentiveness=attentiveness)
monster = Entity(pos[0], pos[1],
char,
color,
name,
blocks=True,
render_order=RenderOrder.ACTOR,
fighter=fighter_component,
ai=ai_component)
return monster
def test_to_text__1d2_3d10_2d8():
atk = Attack('bite', [2, 10, 10, 10, 8, 8])
assert atk.to_text() == '1d2+2d8+3d10'