def getSpeciesList(self):
#self.currSpeciesList = [ hare.Hare(),
# fox.Fox(),
# cat.Cat()]
self.currSpeciesList = [hare.Hare(), cat.Cat()]
for s in self.currSpeciesList:
s.preciseLoc = [
self.menu.rect.center[0] + self.menu.rect.width,
self.baseSurfaceRect.center[1] +
(self.baseSurfaceRect.height / 8)
]
s.facingRight = False
def main():
# Create Cat.
# This code imported the cat module, Cat class is a name in the cat module
kitten = cat.Cat('Kitty')
kitten.make_sound()
# Create Bird. Can use name directly.
penguin = Bird('Penguin')
penguin.make_sound()
armadillo = Armadillo('Armadillo')
armadillo.make_sound()
def __init__(self):
# title
pyxel.init(WINDOW_W, WINDOW_H, caption="cute cat xxx")
# cat config
self.CAT_ID = 0
self.ENEMY_ID = 1
pyxel.image(self.CAT_ID).load(0, 0, IMG_CAT_PATH)
pyxel.image(self.ENEMY_ID).load(0, 0, IMG_ENEMY_PATH)
self.cat = cat.Cat(self.CAT_ID, CAT_W, (WINDOW_H - CAT_H)/2, 1)
self.balls = []
self.enemies = []
pyxel.run(self.update, self.draw)
import cat
import numpy as np
def meow(iterations):
for i in range(0, iterations):
yield " ".join(["meow"] * 2**i)
if __name__ == "__main__":
# task 1
shark = cat.Cat("shark")
tiger = cat.Cat("tiger")
shark.greet(tiger)
tiger.greet(shark)
# task 2 - list comp
print([i * i for i in range(0, 101) if (i * i) % 2 == 0])
# task 3 - generators
print([i for i in meow(10)])
# task 4 - numpy
arr = np.random.uniform(size=(5, 5))
arr[arr * arr > 0.1] = 42
print(arr)
print(arr[:, 3])
#abstract keyword is not supported in python hence the reason we use this trick
#I want the sub class of animal (i.e. Dog and cat) to create its own speak method or get an error if not created
import animal, dog, cat
# anim = animal.Animal()
#above throws an error to show that abstract class cannot be instantiated
#create an instance of dog
dg = dog.Dog("Bingo")
#call the speak method
dg.speak()
print()
#create an instance of cat
ct = cat.Cat("Whiskey")
#call the speak method
ct.speak()
def test_forward(self):
garfield = cat.Cat('Garfield')
loop = asyncio.get_event_loop()
result = loop.run_until_complete(herd(garfield, 'forward'))
loop.close()
self.assertTrue(result)
#!/usr/bin/python
# -*- coding: utf-8 -*-
"""Работа с классом Cat в рамках задания 1.8.1 """
import cat
cats = [cat.Cat('m', 2, 'сэм'), cat.Cat('m', 2, 'барон')]
for i in cats:
print(i.get_info())
def main():
try:
with open('pets.csv', 'r') as f:
reader = csv.reader(f)
your_list = list(reader)
for i in range(0, len(your_list)):
if your_list[i][0] == 'Dog':
d = dog.Dog(your_list[i][1], your_list[i][2], your_list[i][3],your_list[i][4])
name_list.append(d.name)
elif your_list[i][0] == 'Cat':
c = cat.Cat(your_list[i][1], your_list[i][2], your_list[i][3], your_list[i][4])
name_list.append(c.name)
elif your_list[i][0] == 'Fish':
f = fish.Fish(your_list[i][1], your_list[i][2], your_list[i][3], your_list[i][4])
name_list.append(f.name)
elif your_list[i][0] == 'Bird':
b = bird.Bird(your_list[i][1], your_list[i][2], your_list[i][3], your_list[i][4])
name_list.append(b.name)
# Show only pets of a certain type # Based on the user input, show only the pets that are dogs/cats/fish/birds.
def animal_type(enter):
for i in range(0, len(your_list)):
if your_list[i][0] == enter.title():
print('-', your_list[i][3])
return ''
# Search for a Pet -
# you will call your own binary search function to search for the first pet name that matches the user entered string.
# If a pet is found in the list, then print all the details for that pet and the index in the list where it was found.
# If the pet is not in the list, then print a message informing the user that the pet is not in the list.
def search(enter):
low = 0
high = len(your_list)-1
insertion_sort_name(your_list)
while low <= high:
mid = int((low + high) / 2)
if ' ' + enter.title() == your_list[mid][1]:
print("The index is " + str(mid) + " in the list.")
return your_list[mid]
elif ' ' + enter.title() < str(your_list[mid][1]):
high = mid - 1
else: # enter > your_list[mid]
low = mid + 1
return 'The pet is not in the list.'
# Sort list based on pet name -
# For all the sort options you can implement either selection sort or insertion sort on the list of pet objects.
# After sorting the list, display the sorted list.
def insertion_sort_name(list):
keyIndex = 1
while keyIndex < len(list):
insert_nameorder(list, keyIndex)
keyIndex += 1
def insert_nameorder(list, keyIndex):
key = list[keyIndex][1]
j = keyIndex -1
while (list[j][1] >= key) and (j >= 0):
list[j + 1][1] = list[j][1]
j -= 1
list[j + 1][1] = key
# Sort list based on pet color - After sorting the list, display the sorted list.
def insertion_sort_color(list):
keyIndex = 1
while keyIndex < len(list):
insert_colororder(list, keyIndex)
keyIndex += 1
def insert_colororder(list, keyIndex):
key = list[keyIndex][4]
j = keyIndex - 1
while (list[j][4] >= key) and (j >= 0):
list[j + 1][4] = list[j][4]
j -= 1
list[j + 1][4] = key
print('Your Pet Finder menu: ')
print('===========================')
enter1 = 0
while enter1 != 6:
print('1. Display the names of all the pets.')
print('2. Certain types of pets.')
print('3. Search for a Pet.')
print('4. Sort list based on pet name.')
print('5. Sort list based on pet color.')
print('6. Exit the program.')
enter1 = float(input('Enter your choice: '))
if enter1 == 1:
# Print only the names of all the pets
print('Here are the names of pets:')
print(name_list)
print('')
elif enter1 == 2:
enter2 = input('What kind of pet would you like to see (dog/cat/fish/bird): ')
print(animal_type(enter2))
elif enter1 == 3:
enter3 = input('Search pet name: ')
print(search(enter3))
print('')
elif enter1 == 4:
insertion_sort_name(your_list)
print('Sorted list: ', your_list)
print('')
elif enter1 == 5:
insertion_sort_color(your_list)
print('Sorted list: ', your_list)
print('')
elif enter1 == 6:
exit()
else:
print('Invalid value.')
except IOError:
print('An error occurred trying to read')
print('Non-numeric data is allowed.')
print('Your Pet Finder menu: ')
print('===========================')
print('1. Display the names of all the pets.')
print('2. Certain types of pets.')
print('3. Search for a Pet.')
print('4. Sort list based on pet name.')
print('5. Sort list based on pet color.')
print('6. Exit the program.')
enter1 = float(input('Enter your choice: '))
except ValueError:
print('Non-numeric data is allowed.')
print('Your Pet Finder menu: ')
print('===========================')
print('1. Display the names of all the pets.')
print('2. Certain types of pets.')
print('3. Search for a Pet.')
print('4. Sort list based on pet name.')
print('5. Sort list based on pet color.')
print('6. Exit the program.')
enter1 = float(input('Enter your choice: '))
except Exception as err:
print(err)
print('Non-numeric data is allowed.')
print('Your Pet Finder menu: ')
print('===========================')
print('1. Display the names of all the pets.')
print('2. Certain types of pets.')
print('3. Search for a Pet.')
print('4. Sort list based on pet name.')
print('5. Sort list based on pet color.')
print('6. Exit the program.')
enter1 = float(input('Enter your choice: '))
# main.py
import cat
# 2개의 cat 인스턴스 생성
romeo = cat.Cat("Romeo")
juliet = cat.Cat("Juliet")
# 로미오와 놀아준다.
romeo.speak()
romeo.drink()
# 줄리엣과 놀아준다.
juliet.speak()
juliet.drink()
"""
import sys
import pygame
from pygame.locals import Color, K_q, KEYUP, K_ESCAPE, K_RETURN, K_w, K_a, K_s, K_d
from sprite_strip_anim import SpriteStripAnim
import constants
from animal import Animal
import cat
#import text_input
import os
import utils
import numpy as np
game = utils.Game()
game.cats = []
for i in range(constants.num_cats):
game.cats.append(cat.Cat())
bg_color = constants.background
pygame.display.set_caption('Cats!')
pygame.display.init()
clock = pygame.time.Clock()
# textinput = text_input.TextInput()
total_strips = [[
SpriteStripAnim('cat.png', (256+0,0,32,32), 3, 0, True, constants.frames), # Walk Right
SpriteStripAnim('cat.png', (256+32,0,32,32), 1, 0, True, constants.frames), # Stand lool Right
SpriteStripAnim('cat.png', (256+0,32,32,32), 3, 0, True, constants.frames), # Walk Up
SpriteStripAnim('cat.png', (256+32,32,32,32), 1, 0, True, constants.frames), # Stand Up
SpriteStripAnim('cat.png', (256+0,64,32,32), 3, 0, True, constants.frames), # Walk Down
import dog, cat
my_animals = [
dog.Dog('friendly', 'big'),
cat.Cat('meow', 'tiny')
]
for my_animal in my_animals:
print(my_animal.get_info())
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()
def getSpeciesList(self):
return [hare.Hare(), cat.Cat()]
async def test_forward():
garfield = cat.Cat('Garfield')
result = await herd(garfield, 'forward')
assert result
def main():
list = []
with open('pets.csv', 'r', newline='') as mycsvfile:
thedatareader = csv.reader(mycsvfile, delimiter=',', quotechar=',')
for row in thedatareader:
if 'Dog' == row[0]:
writedog = dog.Dog(row[0], row[1], row[2], row[3], row[4])
list.append(writedog)
if 'Cat' == row[0]:
writecat = cat.Cat(row[0], row[1], row[2], row[3], row[4])
list.append(writecat)
if 'Fish' == row[0]:
writefish = fish.Fish(row[0], row[1], row[2], row[3], row[4])
list.append(writefish)
if 'Bird' == row[0]:
writebird = bird.Bird(row[0], row[1], row[2], row[3], row[4])
list.append(writebird)
option = 0
#this displays the menu until the user chooses to exit
while option != 6:
print("1. Print only the names of all the pets")
print("2. Show only pets of a certain type")
print("3. Search for a pet")
print("4. Sort the list based on the pet name")
print("5. Sort list based on pet color")
print("6. Exit the program")
option = float(input("Pick your option from 1-6: "))
while option < 1 or option > 6:
option = float(
input(
"That was an incorrect option. Pick a valid option from 1-6: "
))
if option == 1:
print(printnames(list))
elif option == 2:
petlist = []
showpets(list, petlist)
for item in petlist:
print(item)
elif option == 3:
print(searchpets(list))
elif option == 4:
newlist = list
sortname(list, newlist)
for item in newlist:
print(item)
elif option == 5:
newlist = list
sortcolor(list, newlist)
for item in newlist:
print(item)
else:
exit(0)
import cat
import dog
import fox
import pom
import shepherd
animals = [
cat.Cat('Garfield'),
dog.Dog('Odie'),
pom.Pom('Miley'),
shepherd.Shepherd('General'),
fox.Fox('Nick P Wilde')
]
for animal in animals:
print(animal.get_name() + ', ' + animal.speak())
#!/usr/bin/env python2.7
import logging
from logging.config import fileConfig
import pet, cat, dog, snake
fileConfig("logging.cfg")
global_logger = logging.getLogger("pet_world")
global_logger.warning("Here we go...!")
d = dog.Dog()
mad_cat = cat.Cat(word="Hiss")
s = snake.Snake()
def test_forward(self):
garfield = cat.Cat('Garfield')
self.assertTrue(herd(garfield, 'forward'))
def test_forward(self, move_mock):
garfield = cat.Cat('Garfield')
loop = asyncio.get_event_loop()
result = loop.run_until_complete(herd(garfield, 'forward'))
move_mock.assert_called_with('forward')
import dog, cat
my_animals = [dog.Dog("friendly", "big"), cat.Cat("meow", "tiny")]
for my_animal in my_animals:
print(my_animal.get_info())
import cat
cat1 = cat.Cat("romeo")
cat1.speak()
cat2 = cat.Cat("juliet")
cat2.drink()
def test_forward(self):
garfield = cat.Cat('Garfield')
result = self.runner.run_coroutine(herd(garfield, 'forward'))
self.assertTrue(result)
def test_forward(self):
garfield = cat.Cat('Garfield')
result = await herd(garfield, 'forward')
self.assertTrue(result)
import pygame
import telas as t
import uteis as u
import cat as c
import Back as b
import mouse as m
import cloud as cl
import game as g
todas_as_sprites = pygame.sprite.Group()
cat = c.Cat()
back = b.Back()
todas_as_sprites.add(back)
todas_as_sprites.add(cat)
for i in range(3):
cloud = cl.Cloud()
todas_as_sprites.add(cloud)
mouse1 = m.Mouse()
mouse2 = m.Mouse()
mouse3 = m.Mouse()
mouse4 = m.Mouse()
todas_as_sprites.add(mouse1, mouse2, mouse3, mouse4)
grupo_obstaculos = pygame.sprite.Group()
grupo_obstaculos.add(mouse1, mouse2, mouse3, mouse4)
grupo_oM1 = pygame.sprite.Group()
grupo_oM1.add(mouse2, mouse3, mouse4)
# Abstract keyword is not supported in python, so we have to use this trick
# I want to force sub classes (i.e dog and cat) to have their own speak method, and get an error if they dont
import dog, cat
# the below will throw an error to show the class can't be instantiated
#anim = animal.Animal()
# all good here
dg = dog.Dog('Bingo')
dg.speak()
ct = cat.Cat('Fluffy')
ct.speak()
import cat
m = cat.Cat()
m.speed(100)
m.start(2, 6)
m.turn(45)
for i in range(10):
m.move(8)
m.turn(90)
m.move(8)
m.turn(90)
m.move(8)
m.turn(90)
m.move(8)
m.turn(90)
def test_forward(self):
garfield = cat.Cat('Garfield')
result = asyncio.run(herd(garfield, 'forward'))
self.assertTrue(result)
import serial
import cat
import ft847
import time
io = serial.Serial('/dev/ttyUSB0', baudrate= 57600, bytesize=8, parity = 'N', stopbits=2)
catif = cat.Cat(io)
radio = ft847.Ft847(catif);
print radio.receiverStatus()
print radio.transmitStatus()
print radio.getMainVfoStatus()
#radio.setFrequency(ft847.MAIN_VFO, 123436123456.123)
#radio.setFrequency(ft847.MAIN_VFO, 1123456.123)
radio.setFrequency(ft847.MAIN_VFO, 436000000.123)
#radio.setMainVfoOperatingMode('FM(N)')
#radio.setMainVfoCtcssDcsMode("CTCSS ENC ON")
#radio.setMainVfoCtcssFrequency("114.8")
#radio.setMainVfoDcsCode(754)
radio.setRepeaterShift('-')
radio.setRepeaterOffset(650000)
#Below two might not work if sattellite mode is not enabled
#print radio.getSatRxVfoStatus()
#print radio.getSatTxVfoStatus()
radio.disconnect()
import cat romeo = cat.Cat() romeo.speak() romeo.drink()
#!/usr/bin/env python3
import dog
import cat
d = dog.Dog('wang cai')
d.bark()
c = cat.Cat('mi mi')
c.bark()
