def test_hero_defend_multi_armor():
jodie = superduel.Hero("Jodie Foster")
gauntlets = superduel.Armor("Gauntlets", 4000)
science = superduel.Armor("Science", 9000)
jodie.add_armor(gauntlets)
jodie.add_armor(science)
defend = jodie.defend()
assert defend <= 13000 and defend >= 0
def test_hero_defense_mean_value():
athena = superduel.Hero("Athena")
strength = random.randint(400, 30000)
big_strength = superduel.Armor("Overwhelming Shield", strength)
athena.add_armor(big_strength)
calculated_mean = strength // 2
iterations = 8000
total_attack = 0
accepted_window = 400
for _ in range(iterations):
attack_value = athena.defend()
assert attack_value >= 0 and attack_value <= strength
total_attack += attack_value
actual_mean = total_attack / iterations
print("Max Allowed: {}".format(strength))
print("Defenses Tested: {}".format(iterations))
print("Mean -- calculated: {} | actual: {}".format(calculated_mean,
actual_mean))
print(
"Acceptable deviation from mean: {} | Current deviation from mean: {}".
format(accepted_window, abs(calculated_mean - actual_mean)))
print("Acceptable Min: {} | Acceptable Max: {}".format(
actual_mean - accepted_window, actual_mean + accepted_window))
assert actual_mean <= calculated_mean + \
accepted_window and actual_mean >= calculated_mean - accepted_window
def create_armor():
armors = [
"Calculator", "Laser Shield", "Invisibility", "SFPD Strike Force",
"Social Workers", "Face Paint", "Damaskus Shield", "Bamboo Wall",
"Forced Projection", "Thick Fog", "Wall of Will", "Wall of Walls",
"Obamacare", "Thick Goo"
]
name = armors[random.randint(0, len(armors) - 1)]
power = random.randint(23, 700000)
return superduel.Armor(name, power)
def test_team_attack_deaths():
team_one = superduel.Team("One")
jodie = superduel.Hero("Jodie Foster")
aliens = superduel.Ability("Alien Friends", 10000)
jodie.add_ability(aliens)
team_one.add_hero(jodie)
team_two = superduel.Team("Two")
athena = superduel.Hero("Athena")
socks = superduel.Armor("Socks", 10)
athena.add_armor(socks)
team_two.add_hero(athena)
assert team_two.heroes[0].deaths == 0
team_one.attack(team_two)
assert team_two.heroes[0].deaths == 1
def test_hero_defense_standard_deviation():
willow_waffle = superduel.Hero("Willow Waffle")
strength = random.randint(400, 30000)
willow = superduel.Armor("Willowness", strength)
willow_waffle.add_armor(willow)
defenses = list()
total_defend = 0
number_tests = 100
for _ in range(number_tests):
defense = willow_waffle.defend()
defenses.append(defense)
total_defend += defense
mean = total_defend / number_tests
# Get Square Deviations
for index, value in enumerate(defenses):
defenses[index] = math.pow(value - mean, 2)
standard_dev = math.sqrt(sum(defenses) / len(defenses))
print("Hero Armor must block with random value.")
print("Standard Deviation Cannot be 0.")
assert standard_dev != 0.0
def test_hero_equip_armor():
jodie = superduel.Hero("Jodie Foster")
gauntlets = superduel.Armor("Gauntlets", 30)
jodie.add_armor(gauntlets)
assert len(jodie.armor) == 1
assert jodie.armor[0].name == "Gauntlets"
def test_dead_hero_defense():
hero = superduel.Hero("Vlaad", 0)
garlic = superduel.Armor("Garlic", 30000)
hero.add_armor(garlic)
assert hero.defend() == 0
def test_hero_defense():
jodie = superduel.Hero("Jodie Foster")
gauntlets = superduel.Armor("Gauntlets", 30)
jodie.add_armor(gauntlets)
defense = jodie.defend()
assert defense >= 0 and defense <= 30