Poker Simulator Starting Hands

import random

# Texas Hold'em Poker Starting Hands Simulator.
# 9 Handed Table.
# Output info : Every player's number of times when starting hands meet a specific criteria
# Written in Python 3.5.1
# Credits : Dolinta Mihai @ hs2000@inbox.ru

# All % calculations are for 1.000.000 hands
# Criteria 1 = Any suited Ace..................... ~  3.60% Stability after 600 hands
# Criteria 2 = Pocket Aces........................ ~  0.45% Slight instability after 15000 hands
# Criteria 3 = Any suited 2 cards................. ~ 23.50% Slight instability after 100 hands
# Criteria 4 = Any suited connectors.............. ~  3.92% Good stability after 1000 hands
# Criteria 5 = Any suited & unsuited connectors... ~ 15.69% Slight instability after 2200 hands

p1cc = 0
p2cc = 0
p3cc = 0
p4cc = 0
p5cc = 0
p6cc = 0
p7cc = 0
p8cc = 0
p9cc = 0
pcc  = [p1cc, p2cc, p3cc, p4cc, p5cc, p6cc, p7cc, p8cc, p9cc]

rank  = ["2", "3", "4", "5", "6", "7", "8", "9", "T", "J", "Q", "K", "A"]
color = ["h", "d", "s", "c"]

# Change range from 1 to 1000000, this represents the number of hands dealt to all players
# If range is higher than 2, u may want to comment whole function that show players hands (Before 1. Function)
for i in range(2):
    bannedcards  = []
    player1      = []
    player2      = []
    player3      = []
    player4      = []
    player5      = []
    player6      = []
    player7      = []
    player8      = []
    player9      = []
    players      = [player1, player2, player3, player4, player5, player6, player7, player8, player9]

    def dealcardtoplayers(player, banned, rank, color):

        cardrank  = random.choice(rank)
        cardcolor = random.choice(color)

        card = cardrank + cardcolor

        if card not in banned:
            player.append(card)
            banned.append(card)
        else:
            dealcardtoplayers(player, banned, rank, color)
        return

    for cards in "12":
        for player in players:
            dealcardtoplayers(player, bannedcards, rank, color)

    Player1cards   = ""
    Player2cards   = ""
    Player3cards   = ""
    Player4cards   = ""
    Player5cards   = ""
    Player6cards   = ""
    Player7cards   = ""
    Player8cards   = ""
    Player9cards   = ""
    Playercards    = [Player1cards, Player2cards, Player3cards, Player4cards, Player5cards, Player6cards, Player7cards, Player8cards, Player9cards]

    for player in players:
        for card in player:
            Playercards[players.index(player)] = Playercards[players.index(player)] + card

    #Don't uncomment this with iteration range higher than 2
    #for players in Playercards:
    #   print("Player" + str(Playercards.index(players)+1) + "'s cards are : " + players)

    # 1. Function that calculates how much times players hit any suited Ace combinations
    #def criteriacount(Playercards, pcc, rank, color):
    #   for players in Playercards:
    #       if players[0] == "A" or players[2] == "A":
    #           if players[1] == players[3]:
    #               pcc[Playercards.index(players)] = pcc[Playercards.index(players)] + 1

    # 2. Function that calculates how much times players hit pocket Aces combination
    #def criteriacount(Playerscards, pcc, rank, color):
    #   for players in Playercards:
    #       if players[0] == "A" and players[2] == "A":
    #           pcc[Playercards.index(players)] = pcc[Playercards.index(players)] + 1

    # 3. Function that calculates how much times players hit any 2 suited cards combination
    #def criteriacount(Playerscards, pcc, rank, color):
    #   for players in Playercards:
    #       if players[1] == players[3]:
    #           pcc[Playercards.index(players)] = pcc[Playercards.index(players)] + 1

    # 4. Function that calculates how much times players hit any suited connector combination
    #def criteriacount(Playercards, pcc, rank, color):
    #   for players in Playercards:
    #       if players[1] == players[3]:
    #           c1 = players[0]
    #           c2 = players[2]
    #           if rank.index(c1) - rank.index(c2) == -1 or rank.index(c1) - rank.index(c2) == 1 or rank.index(c1) - rank.index(c2) == -12 or rank.index(c1) - rank.index(c2) == 12:
    #               pcc[Playercards.index(players)] = pcc[Playercards.index(players)] + 1

    # 5. Function that calculates how much times players hit any unsuited connector combination
    #def criteriacount(Playercards, pcc, rank, color):
    #   for players in Playercards:
    #       c1 = players[0]
    #       c2 = players[2]
    #       if rank.index(c1) - rank.index(c2) == -1 or rank.index(c1) - rank.index(c2) == 1 or rank.index(c1) - rank.index(c2) == -12 or rank.index(c1) - rank.index(c2) == 12:
    #           pcc[Playercards.index(players)] = pcc[Playercards.index(players)] + 1
    #

    criteriacount(Playercards, pcc, rank, color)

for i in range(len(pcc)):
    print(str(pcc[i]))