import turtle
bird = turtle.Turtle()
bird.up()
bird.speed(0)
bird.goto(-50, 0)
yVelocity = 0
def flap(h):
    yVelocity = h
while True:
    yVelocity = yVelocity-1
    bird.sety(bird.ycor() + yVelocity)
    bird.onkey(lambda x=8: flap(x), 'space')

code = []
class Easy():
    
    proVars = {}
    
    def __init__(self,code):
        self.code = code
    
    def log(self,msg):
        print(msg)
        
    def newVar(self,name):
            
        Easy.proVars[name] = None
        
    def setVar(self,varName,val):
        
        if not(varName in proVars):
            
            print("!We found an error!")
            
            program()
        
        Easy.proVars[varName] = val
        
    def var(self,variable):
        
        return Easy.proVars[variable]
        
    def run(self):
        functions = {
            'log': self.log,
            'newVar': self.newVar,
            'setVar': self.setVar,
            'var': self.var
        }
        try:
            exec(self.code, {}, functions)
        except NameError:
            
            print("!We found an error!")
            
            program()
        except ValueError:
            
            print("!We found an error!")
            
            program()
def program():
    global code
    code = []
    while True:
        line = input(">> ")
        if line == "RUN":
            break
        else:
            code.append(line)
            
def exeCode():
    
    for line in code:
        cte = Easy(line)
    
        cte.run()
while True:
    program()
    exeCode()

# DIMOND HUNT
import random
#SETTIN UP
turn = 0
def runout():
    if turn == 4:
        print(' you lose!!!!')
lvl = 0
fliper = None
coin = fliper
def coinflip():
    global flipper, coin
    coin = random.choice(fliper)
mine1 =  #nothing?
mine2 =   #nothing?
mine3 =   #nothing?
#SERCH 
newvar = 5
mine  =  #nothing?
set = 'x,x,x,x,x,'
lvl += 1
mine1 = ['0','x','x','','x','x']
clue1 = 'the other side, the ____nd.'
ansr1 = '2nd'
def check(themine,theclue,theansr):
    global cmd, coin, turn, lvl
    print(set)
    if lvl == 1:
        cmd = input(' COMMAND?? ')
        if cmd == 'c':
            coinflip()
            if coin == 0:
                    turn += 1
                    print(themine)
                    runout()
    else: 
        print('try again')
    guess = input(theclue)
    if guess == theansr:
        print('congrats!! ')
        print(themine)
    else: 
        print('ooppppsieeee')
#NOW LVL ORGANIZEATION.
check(mine1,clue1,ansr1)
print(lvl)
mine2 = ['','x','x','a','x','x']
clue2 = 'in the scale, this is the only base ten number besides 7 to start with s.'
ansr2 = '2nd'
check(mine2,clue2,ansr2)
print(lvl)
mine3 = ['0','x','x','a']
clue3 = ' start of everything'
ansr3 = 'a'
print(lvl)
check(mine3,clue3,ansr3)

# DIMOND HUNT
import random
#SETTIN UP
turn = 0
def runout():
    if turn == 4:
        print(' you lose!!!!')
lvl = 0
fliper = [0,1]
coin = fliper
def coinflip():
    global flipper, coin
    coin = random.choice(fliper)
mine1 = []
mine2 = []
mine3 = []
#SERCH 
newvar = 5
mine  = ['o','x','-']
set = 'x,x,x,x,x,'
lvl += 1
mine1 = ['0','x','x','[a its in this sector]','x','x']
clue1 = 'the other side, the ____nd.'
ansr1 = '2nd'
def check(themine,theclue,theansr):
    global cmd, coin, turn, lvl
    print(set)
    if lvl == 1:
        cmd = input(' COMMAND?? ')
        if cmd == 'c':
            coinflip()
            if coin == 0:
                    turn += 1
                    print(themine)
                    runout()
    else: 
        print('try again')
    guess = input(theclue)
    if guess == theansr:
        print('congrats!! :)')
        print(themine)
    else: 
        print('ooppppsieeee')
#NOW LVL ORGANIZEATION.
check(mine1,clue1,ansr1)
print(lvl)
mine2 = ['[0 this sector!]','x','x','a','x','x']
clue2 = 'in the scale, this is the only base ten number besides 7 to start with s.'
ansr2 = '2nd'
check(mine2,clue2,ansr2)
print(lvl)
mine3 = ['0','x','x','a [--- is NOT DIRECTLY THERE BUT IN THE A SECTOR','X','X']
clue3 = ' start of everything'
ansr3 = 'a'
print(lvl)
check(mine3,clue3,ansr3)

points = 0
import random
line1 = []
line2 = []
line3 = []
line4 = []
blocks = ['●', '♠', 'X']
def startrando():
    global line1, line2, line3, line4
    going = random.choice(blocks)
    print(going)
    lineinput = input('What line? (one, two, three, four): ')
    sec = int(input('What sector?'))
    if lineinput == '1':
        new = sec - 1
        line1[new] = going
    elif lineinput == '2':
        new = sec - 1
        line2[new] = going
    elif lineinput == '3':
        new = sec - 1
        line3[new] = going
    elif lineinput == '4':
        new = sec - 1
        line4[new] = going
    print(line1)
    print(line2)
    print(line3)
    print(line4)
def check():
    global line1, line2, line3, line4, points
    checka = 0
    while checka < 3:
        if line1[checka] == line2[checka] == line3[checka] == line4[checka]:
            points += 1
        checka += 1
def both():
    startrando()
    check()
def loop():
    print("Total Points:", points)
    both()
    
loop()

import pandas as pd
data = {
  "a": [1, 2, 3, 4],
  "b": [5, 6, 7, 8]
}
df = pd.DataFrame(data)
print(df)

# import python library
import pandas as pd
# set database data
data = {
     "a": [1, 2, 3, 4],
     "b": [5, 6, 7, 8]
}
# setup dataframe
df = pd.Dataframe(data)
# print dataframe
print(df)