# create a list of values
import sys
sys.path.append('../../../python')
from main_module import create_divider
create_divider('create a list of values',1,"*")
colors=['red','green','bule','yellow','orange','purple','brown']
print(colors)
print(type(colors))
create_divider('it\'s\' important to understand that you can add values of any data type to a list',1,"*")
mixed_list=['jhon',3.14,7,False]
print(mixed_list)
print(type(mixed_list))
create_divider('use an index to access individual elements',1,"*")
print(colors)
#從左邊0～n，-1開始為倒數第1個
print(f'0-based indexing into the list ...second item: {colors[1]}')
print(f'last item of the list: {colors[-1]}')
print(f'next to last item in the list: {colors[-2]}')
create_divider('create a slice',1,"*")
print('\nPrint a slice,starting at index 2 and excluding index5:')
print(colors[2:5])
print(type(colors[2:5]))
import sys
sys.path.append('.././../python')
import main_module
main_module.create_divider(" print type", 1, symbol='*')
print('type(value)')
print(type('hello world'))
print(type(7))
print(type(True))
print(type(False))
print(type('True'))
print(type('False'))
main_module.create_divider("# what's bool to object ", 1, symbol='*')
main_module.create_divider("1. empty string :false", align="<", symbol=' ')
main_module.create_divider("2 .0;0.0;0+0j:false", align="<", symbol=' ')
main_module.create_divider("3. empty list [] :false", align="<", symbol=' ')
main_module.create_divider("4. emtpy tuple () :false", align="<", symbol=' ')
main_module.create_divider("5. emtpy {} dict :false", align="<", symbol=' ')
main_module.create_divider("6. special None :false", align="<", symbol=' ')
main_module.create_divider("# bool(str) ", 1, symbol='*')
print(bool('True'))
print(bool('False'))
print(bool(''))
print(bool(' '))
print(bool('hello world!'))
main_module.create_divider("# bool(int) ", 1, symbol='*')
import sys
sys.path.append('../../../python')
from main_module import create_divider
create_divider("return odd number between 1 and 100", 1, "-")
odd_number = [odd for odd in range(100) if odd % 2 > 0]
print(odd_number)
create_divider("use comprehension build a dict", 0, "-")
create_divider("key are 11 to 15", 0, "-")
create_divider("value are key number square", 0, "-")
nums = {num: num * num for num in [11, 12, 13, 14, 15]}
print(nums)
import sys
sys.path.append('../../../python')
from main_module import create_divider
create_divider("迴圈建立", 1, "*")
create_divider("建立52張牌撲克，從牌組隨機抽取5張，列出剩下牌組數量與抽取的撲克牌", 1, "*")
import random
suits = ["hearts", "spades", "clubs", "diamonds"]
ranks = [
"2", "3", "4", "5", "6", "7", "8", "9", "10", "jack", "queen", "king",
"ace"
]
cards = []
for suit in suits:
for rank in ranks:
cards.append(f'{rank} of {suit}')
print(cards)
print(f'there are {len(cards)} cards in the deck')
print('dealing...')
player_count = ""
while isinstance(player_count, int) == False:
player_count = input('any number any card :')
if player_count.isnumeric():
player_count = int(player_count)
else:
print('please enter a number ,not string or others')
selected_cards = random.choices(cards, k=int(player_count))
for selected_card in selected_cards:
cards.remove(selected_card)
print(f'there are {len(cards)} cards in the deck')
import sys
sys.path.append('../../../python')
from main_module import create_divider
create_divider('test a value for inclusion in a list',1,"*")
numbers=[1,3,5]
print(5 in numbers)
print(8 in numbers)
print(5 not in numbers)
print(8 not in numbers)
create_divider('loop through a list',1,"*")
cities=['chicage','london','tokyo']
for city in cities:
print(city)
create_divider('break out of a for loop',1,"*")
numbers=[42,77,16,101,23,8,4,15,55]
numbers.sort()
for number in numbers:
if number>42:break;
print(number)
create_divider('use an else statement',1,"*")
import __init__
import main_module
from challenage1_comprehension import Game
main_module.create_divider("建立52張牌撲克，從牌組隨機抽取5張，列出剩下牌組數量與抽取的撲克牌", 1, "*")
main_module.create_divider("使用comprehension建立", 1, "*")
game = Game()
print(f'there are {len(game.all_cards)} cards in the deck')
print('dealing...')
game.start()
print(f'there are {len(game.all_cards)} cards in the deck')
print('player has the following cards in their hand: ')
print(game.selected_cards)
import sys
sys.path.append('../../../python')
from main_module import create_divider
create_divider('tuple unpacking',1,"*")
numlist=[(1,2),(3,7),(9,5)]
result=0
for num1,num2 in numlist:
result=result+(num1*num2)
print(result)
create_divider('delete all nagative number',1,"*")
x_list=[1,3,5,0,-1,3,-2]
non_nagative_list=[x for x in x_list if x>=0]
print(non_nagative_list)
create_divider('please sum this list nagative number',1,"*")
y_list=[[1,-1,0],[2,5,-9],[-2-3,0]]
nagative_sum=sum([item for sublist in y_list for item in sublist if item <0])
print (nagative_sum)
create_divider('x<5 display "very low"',0,"*")
create_divider('-5>x>0 display "low"',0,"*")
create_divider('x=0 display "neutral"',0,"*")
import sys
sys.path.append('../../python')
from main_module import create_divider
create_divider("print input value",1)
print("what is your name")
name=input()
print("hello ,"+name)
import sys
sys.path.append('../../python')
from main_module import create_divider
create_divider("how much calorie eats today? print summary", 1)
print("Today's date?")
current_date = input()
print("Breakfast calories?")
breakfast_cal = int(input())
print("Lunch calories?")
lunch_cal = int(input())
print("Dinner calories?")
dinner_cal = int(input())
print("Snack calories")
snack_cal = int(input())
cal_sum = breakfast_cal + lunch_cal + dinner_cal + snack_cal
print("Calorie contetn for " + current_date + ":" + str(cal_sum))
import sys
sys.path.append('../../python')
from main_module import create_divider
import random
#python是dynamic lan，參數不需另外宣告，但在使用時機需準確保握並且轉換為正確型別
create_divider('使用者輸入一個1到5的數字，判斷是否猜中，並且顯示總共猜了幾次', 1)
ans = random.randint(1, 5)
guess = 0
count = 0
while guess != ans:
count += 1
guess = input('Guess a number between 1 and 5: ')
if guess.isnumeric():
guess = int(guess)
else:
print(f' you guessed it in {count} tries!')