def populate_river(n):
'''Randomly populate river of size n with two animals and empty spaces.'''
river = []
for _ in range(1, n + 1):
occupant = random.choice(
[None, animal.Animal('bear'),
animal.Animal('fish')])
river.append(occupant)
return river
def dodajzwierze():
animal_object = animal.Animal()
animal_object.name = input("Jak nazywa się zwierze? ")
animal_object.hair = input("Czy zwierze posiada sierść? ")
animal_object.feathers = input("Czy zwierze posiada pióra? ")
animal_object.eggs = input("Czy zwierze składa jaja? ")
animal_object.milk = input("Czy karmi młode mlekiem? ")
animal_object.airborne = input("Czy to zwierze latające? ")
animal_object.aquatic = input("Czy to zwierze wodne? ")
animal_object.predator = input("Czy to drapieżnik? ")
animal_object.toothed = input("Czy zwierze posiada uzębienie? ")
animal_object.backbone = input("Czy zwierze posiada kręgosłup? ")
animal_object.breathes = input("Czy to zwierze oddychające? ")
animal_object.venomous = input("Czy to zwierze jadowite? ")
animal_object.fins = input("Czy zwierze posiada płetwy? ")
animal_object.legs = input("Ile posiada nóg?? ")
animal_object.tail = input("Czy zwierze posiada ogon? ")
animal_object.domestic = input("Czy to zwierze domowe? ")
animal_object.catsize = input("Czy to zwierze wielkości kota? ")
print(
"Gatunek, który należy wpisać liczbą\n" +
'{1: "ssak", 2: "ptak", 3: "gad", 4: "ryba", 5: "płaz", 6: "owad", 7: "inny"}'
)
animal_object.type = input("Jakiego gatunku jest zwierzę? ")
if input("Enter your option: [T/N]") == "T":
model.save_new_data_object(animal_object)
def analiza():
zooData = get_data_from_table('data/zoo.csv')
features_names = get_features_names(zooData)
X = zooData[features_names]
y = zooData['type']
X_train, X_test, y_train, y_test = train_test_split(X, y, random_state=0)
# knn = KNeighborsClassifier()
knn = MLPClassifier((16, 10, 7))
knn.fit(X_train, y_train)
animal_object = animal.Animal()
animal_object.name = input("Jak nazywa się zwierze? ")
animal_object.hair = input("Czy zwierze posiada sierść? ")
animal_object.feathers = input("Czy zwierze posiada pióra? ")
animal_object.eggs = input("Czy zwierze składa jaja? ")
animal_object.milk = input("Czy karmi młode mlekiem? ")
animal_object.airborne = input("Czy to zwierze latające? ")
animal_object.aquatic = input("Czy to zwierze wodne? ")
animal_object.predator = input("Czy to drapieżnik? ")
animal_object.toothed = input("Czy zwierze posiada uzębienie? ")
animal_object.backbone = input("Czy zwierze posiada kręgosłup? ")
animal_object.breathes = input("Czy to zwierze oddychające? ")
animal_object.venomous = input("Czy to zwierze jadowite? ")
animal_object.fins = input("Czy zwierze posiada płetwy? ")
animal_object.legs = input("Ile posiada nóg?? ")
animal_object.tail = input("Czy zwierze posiada ogon? ")
animal_object.domestic = input("Czy to zwierze domowe? ")
animal_object.catsize = input("Czy to zwierze wielkości kota? ")
# animal_object = animal.Animal().set_test_animal_data()
animal_object.type = knn.predict(
animal_object.get_animal_data_to_predict())[0]
print(animal_object.name + " to " + animal_object.type_name())
if input("Enter your option: [T/N]") == "T":
model.save_new_data_object(animal_object)
zooData = get_data_from_table('data/zoo.csv')
def kinds_act(player):
global pet
current = player.location
speak(current.description)
s = getInputString(pet_types)
pet = animal.Animal(player.get_target(s, pet_types, pet_syns))
return get_next(player, current, s)
def make_animal(kind):
if kind == 'cat':
return cat.Cat()
if kind == 'dog':
return dog.Dog()
if kind == 'sheep':
return sheep.Sheep()
return animal.Animal(kind)
def male_female(river, available, stays):
'''If animals are of the same kind and one is male and other is female,
they produce a baby animal of their kind.'''
baby_cell = random.choice(available)
# Create baby animal and place in random None cell.
river[baby_cell] = animal.Animal(river[stays].animal)
# Update the list of None cells.
available.remove(baby_cell)
def make_animal(kind):
"""Create an animal class."""
if kind == 'cat':
return cat.Cat()
if kind == 'dog':
return dog.Dog()
if kind == 'sheep':
return sheep.Sheep()
return animal.Animal(kind)
def make_animal(kind):
"""make animal"""
if kind == 'cat':
return cat.Cat()
if kind == 'dog':
return dog.Dog()
if kind == 'sheep':
return sheep.Sheep()
if kind == 'leopard':
return leopard.Leopard()
return animal.Animal(kind)
def create_animal(kind):
"""Create an animal class."""
if kind == 'cat':
return cat.Cat()
if kind == 'dog':
return dog.Dog()
if kind == 'lion':
return lion.Lion()
if kind == 'leopard':
return leopard.Leopard()
if kind == 'sheep':
return sheep.Sheep()
return animal.Animal(kind)
def add_animal(self, id1, name, type1):
try:
cursor = self.mydb.cursor()
sql = "INSERT INTO Animals (idA, nameA, typeA) VALUES (%s, %s, %s)"
val = (id1, name, type1)
cursor.execute(sql, val)
self.mydb.commit()
animal1 = animal.Animal(id1, name, type1)
self.list_of_animals.append(animal1)
except mysql.connector.IntegrityError:
ctypes.windll.user32.MessageBoxW(0, "Duplicate Key!", "Error", 1)
except mysql.connector.DatabaseError:
ctypes.windll.user32.MessageBoxW(0, "Key needs to be an integer!",
"Error", 1)
def main():
earth = world_map.WorldMap(size=(200, 200))
a = animal.Animal(world=earth)
t = threading.Thread(target=test, args=(
a,
earth,
))
t.start()
while True:
time.sleep(0.1)
earth.render()
def update_animal_by_id(self, id1, name, type1):
id1.replace(" ", "")
if id1 != "":
for idx in self.list_of_animals:
if idx.id1 == id1:
self.list_of_animals.pop(idx)
animal1 = animal.Animal(id1, name, type1)
self.list_of_animals.append(animal1)
cursor = self.mydb.cursor()
sql = "UPDATE Animals " \
"SET nameA = %s, typeA = %s " \
"WHERE idA = %s"
val = (name, type1, id1)
cursor.execute(sql, val)
self.mydb.commit()
def print_all_animals(self):
self.list_of_animals.clear()
cursor = self.mydb.cursor()
cursor.execute("SELECT * FROM Animals")
self.list_of_all_animals = cursor.fetchall()
for row in self.list_of_all_animals:
animal1 = animal.Animal(row[0], row[1], row[2])
self.list_of_animals.append(animal1)
print(
"Id = ",
row[0],
)
print(
"Name = ",
row[1],
)
print("Type = ", row[2])
for idx in self.list_of_animals:
print(idx.id1, idx.name, idx.type1)
def __init__(self, *args):
self.animal1 = animal.Animal(*args)
import animal, dog, cat
anim = animal.Animal('Foo')
anim.speak()
print()
puppy = dog.Dog('Spark', 4)
puppy.speak()
#print(puppy)
print()
kitty = cat.Cat('Fluffy', 'persian')
kitty.speak()
import animal import human import world world = world.World() animal1 = human.Human(world, "Fred") animal2 = human.Human(world, "Barny") animal3 = human.Human(world, "Allice") animal4 = animal.Animal(world, "Dino") world.moveAnimals() world.identifyAnimals()
import product
import mathDojo
import car
import animal
import hospital
if __name__ == "__main__":
item1 = product.Product(10, "cat toy", 5, "Fisher", 5)
print item1
target = store.Store([], "sunnyvale", "mr T")
print target
md = mathDojo.MathDojo()
md.add(2).add(2, 5).subtract(3, 2)
print md
car1 = car.Car(2000, 35, 'Full', 15)
print car
animal1 = animal.Animal("Zebra", 100)
dragon = animal.Dragon("Eragon")
dog = animal.Dog("Corgi")
print animal1
print dragon
print dog
patient1 = hospital.Patient(1, "Dinosaur Rex", "peanuts")
hospital = hospital.Hospital("General", 10)
print patient1
print hospital
def create_Animal(name, age, height, weight):
"""Tworzy obiekt klasy Animal"""
return animal.Animal(name, age, height, weight)
import farm
def make_animal(kind):
"""Create an animal class."""
if kind == 'cat':
return cat.Cat()
if kind == 'dog':
return dog.Dog()
<<<<<<< HEAD
if kind == 'lion':
return lion.Lion()
=======
if kind == 'leopard':
return leopard.Leopard()
>>>>>>> feature-leopard
if kind == 'sheep':
return sheep.Sheep()
return animal.Animal(kind)
def main(animals):
animal_farm = farm.Farm()
for animal_kind in animals:
animal_farm.add_animal(make_animal(animal_kind))
animal_farm.print_contents()
if __name__ == '__main__':
if len(sys.argv) == 1:
print('Pass at least one animal type!')
sys.exit(1)
main(sys.argv[1:])
import animal import world world = world.World() animal1 = animal.Animal(world, "Fred") animal2 = animal.Animal(world, "Barny") animal3 = animal.Animal(world, "Allice") world.moveAnimals() world.identifyAnimals()
import animal
ani = animal.Animal('トクジロウ', 2)
ani.show()
# Creamos personas, gracias a la clase importada
personaCreada = persona.Persona("Felipe", 20, "Heredia")
print(personaCreada.presentacion())
# Exercise 42 Inheritance
print("*********# Exercise 42 Inheritance*********")
# Creando empleado a partir de persona
personaEmpleado = empleado.Empleado("Felipe", 20, "Heredia", "50000")
personaEmpleado.presentacion()
print(personaEmpleado.implicit())
# Excercise 43 Composition
print("*********# Exercise 43 Composition*********")
# In the composition, we have an object from another class inside a class
# The main class is animal
animal1 = animal.Animal("Mono", 20, "Cafe")
print("Datos del animal1", animal1.muestraDatos())
animal1.aumentaEdad()
print("Datos del animal1", animal1.muestraDatos())
# Then we have an object from familia class
# it class have an object of Animal type as a attribute
familia1 = familia.Familia("Perro", 4, "Negro")
print("Datos del animal de la familia : ", animal1.muestraDatos())
animal1.aumentaEdad()
print("Datos del animal de la familia : ", animal1.muestraDatos())
print()
# Other Data Structures
print("*********# Other Data Structures*********")
# Tuple
# For declare a tuple we have to follow this structure:
import animal
anm = animal.Animal("cat", 100)
dog = animal.Dog()
drag = animal.Dragon()
anm.walk()
anm.walk()
anm.walk()
anm.run()
anm.run()
anm.display()
dog.walk()
dog.walk()
dog.walk()
dog.run()
dog.run()
dog.pet()
dog.display()
drag.fly()
drag.displayHealth()
newAnm = animal.Animal("bash", 50)
#>>> newAnm.pet() "AttributeError: 'Animal' object has no attribute 'pet' ""
#dog.fly() "AttributeError: 'Dog' object has no attribute 'fly' "
from store import Store
import animal
from math_dojo import MathDojo
import call_center
import hospital
from underscore import Underscore
bmx = Bike(100, "30 mph")
print bmx.__repr__()
toyota = Car(20000, "120 mph", "Full", 50000)
print toyota.__repr__()
mouse = Product(10, "Computer Mouse", "5 ounces", "Logitech", 5)
print mouse.__repr__()
electronics = Store("San Jose, CA", "Me Me")
print electronics.__repr__()
hamster = animal.Animal("Hammy", 50)
print hamster.__repr__()
spot = animal.Dog()
print spot.__repr__()
maggie = animal.Dragon()
print maggie.__repr__()
al = MathDojo()
print al.__repr__()
call1 = call_center.Call("Aaron", "268-347-1484", 911, "Complaint")
print call1.__repr__()
center1 = call_center.CallCenter()
print center1.__repr__()
patient1 = hospital.Patient(135, "Deborah", "sulfonamides")
print patient1.__repr__()
general = hospital.Hospital("BB General", 100)
print general.__repr__()
import animal
class Cat(animal.Animal):
def speak(self):
print("meow.")
def __str__(self):
return "cat:" + str(self.name) + ":" + str(self.years)
if __name__ == "__main__":
myCat = Cat(3)
myCat.set_name("Nick")
print(myCat)
myCat.speak()
myAnimal = animal.Animal(99)
print(myAnimal)
# myAnimal.speak()
import animal, dog
#create an instance of animal
anim = animal.Animal("DarkAnim")
anim.speak()
print(anim)
#line space
print()
#create an instance of Dog
dg = dog.Dog("Bingo", 5)
dg.speak()
print(dg)
#Exercise
#create a class called cat that will inherit from the superclass called Animal
#implement the features as done for dog class
#create an instance of the cat class to show or test this behaviour as done above
