def test_hero_multi_weapon_attack():
strength = superduel.Weapon("Overwhelming Strength", 200)
sword_of_truth = superduel.Weapon("Sword of Truth", 700)
Athena = superduel.Hero("Athena")
Athena.add_ability(strength)
Athena.add_ability(sword_of_truth)
assert len(Athena.abilities) == 2
test_runs = 100
for _ in range(0, test_runs):
attack = Athena.attack()
assert attack <= 900 and attack >= 0
def test_hero_weapon_attack_mean_value():
kkrunch = superduel.Hero("Kaptain Krunch")
strength = random.randint(10, 30000)
min_attack = strength // 2
big_strength = superduel.Weapon("Sword of Whimsy", strength)
kkrunch.add_ability(big_strength)
calculated_mean = (strength - min_attack) // 2 + min_attack
accepted_window = 400
iterations = 6000
sum_of_sqr = 0
total_attack = 0
for _ in range(iterations):
attack_value = kkrunch.attack()
assert attack_value >= min_attack and attack_value <= strength
total_attack += attack_value
deviation = attack_value - calculated_mean
sum_of_sqr += deviation * deviation
actual_mean = total_attack / iterations
print("Max Allowed Damage: {}".format(strength))
print("Attacks Tested: {}".format(iterations))
print("Mean -- calculated: {} | actual: {}".format(calculated_mean,
actual_mean))
print("Acceptable Min: {} | Acceptable Max: {}".format(
actual_mean - accepted_window, actual_mean + accepted_window))
print("Tested Result: {}".format(actual_mean))
assert actual_mean <= calculated_mean + accepted_window
assert actual_mean >= calculated_mean - accepted_window
def test_hero_weapon_ability_attack():
quickness = superduel.Ability("Quickness", 1300)
sword_of_truth = superduel.Weapon("Sword of Truth", 700)
Athena = superduel.Hero("Athena")
Athena.add_ability(quickness)
Athena.add_ability(sword_of_truth)
assert len(Athena.abilities) == 2
attack_avg(Athena, 0, 2000)
def create_weapon():
weapons = [
"Antimatter Gun", "Star Cannon", "Black Hole Ram Jet", "Laser Sword",
"Laser Cannon", "Ion Accellerated Disc Drive", "Superhuman Strength",
"Blinding Lights", "Ferociousness", "Speed of Hermes",
"Lightning Bolts"
]
name = weapons[random.randint(0, len(weapons) - 1)]
power = random.randint(27, 700000)
return superduel.Weapon(name, power)
def test_hero_attack_standard_deviation():
willow_waffle = superduel.Hero("Willow Waffle")
strength = random.randint(400, 30000)
travel_agent = superduel.Weapon("Travel Agents", strength)
willow_waffle.add_ability(travel_agent)
attacks = list()
total_attack = 0
number_tests = 1000
for _ in range(number_tests):
cur_attack = willow_waffle.attack()
attacks.append(cur_attack)
total_attack += cur_attack
mean = total_attack / number_tests
# Get Square Deviations
for index, value in enumerate(attacks):
attacks[index] = math.pow(value - mean, 2)
standard_dev = math.sqrt(sum(attacks) / len(attacks))
print(
"Random values not given. Please make sure you're not returning the same value every time."
)
assert standard_dev != 0.0
def test_weapon_attack():
big_stick = superduel.Weapon("Overwhelming Stick", 200)
test_runs = 100
for _ in range(0, test_runs):
attack = big_stick.attack()
assert attack <= 200 and attack >= 100
def test_weapon_instance():
big_stick = superduel.Weapon("Overwhelming Stick", 200)
assert "Weapon" in str(big_stick)
def test_hero_weapon_equip():
sans = superduel.Hero("Comic Sans")
weapon = superduel.Weapon("Garlic Hot Sauce", 400)
sans.add_ability(weapon)
assert len(sans.abilities) == 1
assert sans.abilities[0].name == "Garlic Hot Sauce"