def get_checked_parameters():
"""Parse parameters passed to xbmc plugin as sys.argv
"""
d = dog()
rparam = {}
if len(sys.argv) <= 1:
return rparam
paramstring = sys.argv[2]
if len(paramstring) >= 2:
params = sys.argv[2]
cleanedparams = params.replace('?', '')
if (params[len(params) - 1] == '/'):
params = params[0:len(params) - 2]
pairsofparams = cleanedparams.split('&')
for i in range(len(pairsofparams)):
splitparams = {}
splitparams = pairsofparams[i].split('=')
if (len(splitparams)) == 2:
if d.kv_is_ok(splitparams[0], splitparams[1]):
rparam[splitparams[0]] = splitparams[1]
else:
warn('[DOG]', "--- Invalid key: %s / value: %s" %
(splitparams[0], splitparams[1]))
return rparam
class fight():
d = dog()
p = people()
def __init__(self):
i = random.randint(0, 2)
for i in range(i, 100):
time.sleep(0.5)
if not self.p.fail():
print("dog胜利")
break
elif not self.d.fail():
print("people胜利")
break
elif i % 2 == 1:
m, m1 = self.d.attack()
x, x1 = self.p.behit(m1)
print("{}攻击了{}".format(m, x1))
print("{}攻击下降2,生命下降{}".format(x1, m1))
print(self.p.list1[x])
if self.p.list1[x]["blo"] == 0:
print("{}被杀死".format(self.p.list1[x]["name"]))
elif i % 2 == 0:
m, m1 = self.p.attack()
x, x1 = self.d.behit(m1)
print("{}攻击了{}".format(m, x1))
print("{}攻击下降3,生命下降{}".format(x1, m1))
print(self.d.list1[x])
if self.d.list1[x]["blo"] == 0:
print("{}被杀死".format(self.d.list1[x]["name"]))
def main():
dogs = []
peoples = []
for i in range(2):
person = people()
peoples.append(person)
for i in range(3):
dog1 = dog()
dogs.append(dog1)
# print(random.choice(peoples))
while len(peoples) != 0 and len(dogs) != 0:
person = random.choice(peoples)
if person.life:
dog1 = random.choice(dogs)
if dog1.life:
person.hit(dog1)
dog1.bit(person)
else:
dogs.remove(dog1)
else:
peoples.remove(person)
else:
if len(peoples) != 0:
print('人赢了')
else:
print('狗赢了')
def add_available_animal(self):
Selena = cat("Selena", "calico cat", 1, 10, "female", "tuna", "loving")
Wuffles = dog("Wuffles", "yorkshire terrier dog", 2, 12, "male", "beef-flavored dog food", "playful")
Roddy = fish("Roddy", "goldfish", 1/2, 1, "male", "fish flakes", "docile")
Chipper = hamster("Chipper", "syrian hamster", 3, 5, "male", "sunflower seeds", "hyper")
Lisa = turtle("Lisa", "box turtle", 30, 2, "female", "fresh vegetables and bugs", "curious")
self.available_animals = {
'cat': Selena,
'dog': Wuffles,
'fish': Roddy,
'hamster': Chipper,
'turtle': Lisa
}
def results_array():
if request.method == 'POST':
number = int(
request.form['number']
) # saves value of number chosen by user as variable 'number'
output = cat_mouse(number) # saves results list to variable 'output'
dogs = dog(number) # saves number of dogs to variable 'dog'
cats = cat(number) # saves number of cats to variable 'cats'
catm = camo(number) # saves number of cat and mice to variable 'catm'
mice = mouse(number) # saves number of mice to variable 'mice'
return render_template("Result.html",
text=output,
dog=dogs,
cats=cats,
mice=mice,
catm=catm)
if check_v in (max_v, min_v) and diff_v >= threshold:
keypoints.append((x, y, diff_v))
return np.array(keypoints)
if __name__ == '__main__':
lena_img = Image.open('img/char.jpg').convert('L')
lena_img = np.array(lena_img, dtype=np.float) / 255
print('Create Scale-space')
scale_space = ScaleSpace(lena_img)
scale_space.create()
print('Apply DoG to Scale-space')
dog_space = dog(scale_space)
keypoint_space = []
for octave in dog_space:
keypoint_space.append([])
keypoint_space[-1].append(extract_keypoints(octave, 0.005))
print('Draw keypoints')
plt.imshow(lena_img, cmap='Greys_r')
fig = plt.gcf()
for n, octave in enumerate(keypoint_space):
for l, layer in enumerate(octave):
print(len(layer))
for p in layer:
p[:2] *= np.power(2, n)
fig.gca().add_artist(plt.Circle((p[1], p[0]), p[2]*300, color='r', fill=False))
else:
target = random.choice(Dog)
while target.health <= 0:
Dog.remove(target)
target = random.choice(Dog)
if not Dog:
print("所有的狗的生命值都不足1")
return 0
else:
target.be_attacked(Person[i])
print("人%d 攻击 狗%d，这个狗生命值还有 %d，攻击力还有 %d" %
(i + 1,
(Dog.index(target)) + 1, target.health, target.ATK))
start = 0
return 1
start = random.randint(0, 1)
dog1 = dog()
dog2 = dog()
dog3 = dog()
person1 = person()
person2 = person()
Dog = [dog1, dog2, dog3]
Person = [person1, person2]
fight(start)
while fight(start) == 1:
fight(start)
else:
print("游戏结束！")
import logging
import dog
logger = logging.getLogger(__name__)
logger.setLevel(logging.DEBUG)
formatter = logging.Formatter('%(levelname)s %(message)s')
handler = logging.FileHandler('driver.log')
handler.setFormatter(formatter)
logger.addHandler(handler)
logger.debug("script start")
logger.debug("creating dogs")
for i in range(10):
d = dog.dog("woofy" + str(i))
from dog import dog
from bird import bird
little_dog = dog("FIDO", "BROWN", "LABRADOR", "3")
drinking = little_dog.drinks()
print(drinking)
import dog
import electric_car as ea
my_dog = dog.dog('willie', 6)
print("My dog's name is " + my_dog.name.title() + ".")
print("My dog is " + str(my_dog.age) + " years old.")
my_tesla = ea.ElectricCar('tesla', 'model s', '2016')
print(my_tesla.get_descriptive_name())
def put_dog(self):
d1 = dog.dog()
return d1
del self.dog[self.dog.index(d)]
mark = 1
elif mark == 1:
h = random.choice(self.human)
h.hurt()
print('%d号人被攻击,剩余%d生命值' % (h.num, h.hp))
if h.hp <= 0:
print('%d号人倒地' % h.num)
del self.human[self.human.index(h)]
mark = 0
if len(self.human):
print('人胜')
else:
print('狗胜')
list1 = []
list2 = []
h1 = human(1)
h2 = human(2)
d1 = dog(1)
d2 = dog(2)
d3 = dog(3)
list1.append(h1)
list1.append(h2)
list2.append(d1)
list2.append(d2)
list2.append(d3)
f = fight(list1, list2)
f.fight()
import dog as d d1=d.dog() d2=d.dog() d1.name="Rover" d1.owner="Gong Rui" d2.name="Dick" d2.owner="Richard" print "d1.name,d1.owner,d1.status,d1.mitochondria,d1.spine,d1.lactation:" print d1.name,d1.owner,d1.status,d1.mitochondria,d1.spine,d1.lactation d1.say1() d1.say2() d1.say3() d1.say4() d1.say5() print "d2.name,d2.owner,d2.status,d2.mitochondria,d2.spine,d2.lactation:" print d2.name,d2.owner,d2.status,d2.mitochondria,d2.spine,d2.lactation d2.say1() d2.say2() d2.say3() d2.say4() d2.say5()
from pet import pet
from dog import dog
from cat import cat
mister_dog = dog("mister", True)
print(mister_dog.chasesCats())
print(mister_dog.getName())
m_cat = cat("polly", "yes")
#Classes are modular, and can be reused in spereate files of your code
#this example imports from our file dogpy and inputs it here for us to use
import dog
my_other_dog = dog.dog("Annie", "Super dog!")
A_third_dog = dog.dog("Sparkie", "Human?!")
print("Oh no! my_dog has been exposed to radio activity and is now " +
my_other_dog.name + " the " + my_other_dog.breed)
A_third_dog.sits()
A_third_dog.roll()
print("wow, " + A_third_dog.name +
" is a really good boy. what kind of breed is it? Wait What?! It's a " +
A_third_dog.breed)
dog.bark = "Woah!"
my_other_dog.bark()
