shuffling a dec of cards

# NOTE you need the other paste bin called timerandomizer, and you need to save it to the same folder as .py
from timerandomizer import tr1, tr2, tr3, tr4, tr5, tr6, tr7, tr8 # importing the different "randomizer's"

# complet list of cards.
unsorteded = ["HartAce", "Hart2", "Hart3", "Hart4", "Hart5", "Hart6", "Hart7", "Hart8", "Hart9", "Hart10", "HartJack", "HartQueen", "HartKing", "SpadeAce", "Spade2", "Spade3", "Spade4", "Spade5", "Spade6", "Spade7", "Spade8", "Spade9", "Spade10", "SpadeJack", "SpadeQueen", "SpadeKing", "CloverAce", "Clover2", "Clover3", "Clover4", "Clover5", "Clover6", "Clover7", "Clover8", "Clover9", "Clover10", "CloverJack", "CloverQueen", "CloverKing", "DiamondAce", "Diamond2", "Diamond3", "Diamond4", "Diamond5", "Diamond6", "Diamond7", "Diamond8", "Diamond9", "Diamond10", "DiamondJack", "DiamondQueen", "DiamondKing"]
final = []
p1 = [] # player 1 hand
sp1 = [] # payer 1 collection
p2 = [] # player 2 hand
sp2 = [] # player 2 collection
p3 = [] # player 3 hand
sp3 = [] # player 3 collection
p4 = [] # palyer 4 hand
sp4 = [] # player 4 collection

x = input("to start type 1 here: ") # to start
i = 0 # counter for how many time i have to do some thing

# the printing I do that is not in the first if statement is so that I can see what is happening.
# and I have only commented in the first manipulation of the card to save on time commenting.

n = tr5(x) # number of times it has to go and do the while loop
print(n)

while i != n +2: # here I look at if my counter does not equal the number of times I want to shuffle the cards +2 (use +2 here so that it does not inter fear with anything.)
    print(i)
    if i == n +1: # here I look at if the counter is equal to the number of times it has to shuffle +1, if yes print the list
        print(unsorteded)
        break
    elif i != n +1: # here I look at if the counter is not equal to the number of time it has to shuffle +1
        o = tr1(i) # what is going to happen to the card being manipulated
        if o == 0:
            c = tr4(i) # which card is being manipulated
            y = tr6(i) # the cards new postion
            temp = unsorteded.pop(int(c)) # removes the card form the list and puts it in a temporary int
            print(temp) # i have to print it or i cant insert it in the list for some reason.
            unsorteded.insert(int(y), temp) # inserts the card in its new place
            i = i +1 # adds one to the counter.
        elif o == 1:
            c = tr4(i)
            y = tr7(i)
            temp = unsorteded.pop(int(c))
            print(temp)
            unsorteded.insert(int(y), temp)
            i = i +1
        elif o == 2:
            c = tr4(i)
            y = tr8(i)
            temp = unsorteded.pop(int(c))
            print(temp)
            unsorteded.insert(int(y), temp)
            i = i +1
        elif o == 3:
            c = tr4(i)
            temp = unsorteded.pop(int(c))
            print(temp)
            unsorteded.insert(-1, temp) # here i put the card in at -1 no matter what
            i = i +1
        elif o == 4:
            c = tr4(i)
            y = tr1(i)
            temp = unsorteded.pop(int(c))
            print(temp)
            unsorteded.insert(-int(y), temp) # here it is a random -y value
            i = i +1
        elif o == 5:
            c = tr4(i)
            y = tr8(i)
            temp = unsorteded.pop(int(c))
            print(temp)
            unsorteded.insert(-int(y), temp)
            i = i +1
        elif o == 6:
            c = tr4(i)
            y = tr6(i)
            temp = unsorteded.pop(int(c))
            print(temp)
            unsorteded.insert(-int(y), temp)
            i = i +1
        elif o == 7:
            c = tr4(i)
            y = tr1(i)
            temp = unsorteded.pop(int(c))
            print(temp)
            unsorteded.insert(int(y), temp)
            i = i +1
        elif o == 8:
            c = tr4(i)
            y = tr6(i)
            temp = unsorteded.pop(int(c))
            print(temp)
            unsorteded.insert(int(y), temp)
            i = i +1
        elif o == 9:
            c = tr4(i)
            y = tr7(i)
            temp = unsorteded.pop(int(c))
            print(temp)
            unsorteded.insert(int(y), temp)
            i = i +1