import random

traits = {
        "Bloodhound": "Passive : See tracks left behind your foes.\nTactical : Reveal hidden enemies, traps, and clues throughtout structures in front of you.\nUltimate : Enhance Sense, moves faster and highlights prey.",

        "Gibraltar": "Passive : Aiming deplays a gun shield that blocks incoming fire.\nTactical : Throw down a dome-shield that blocks attacks for 15 seconds.\nUltimate : Call in concentrated mortar strike on a marked position.",

        "Lifeline": "Passive : Revive knocked down teamates faster while protected by a shield wall. Healing items are used 25% faster.\nTactical : Call your drone of compassion to automatically heal nearby teamates over time.\nUltimate : Care package with high quality defensive gear.",

        "Pathfinder": "Passive : Scan a survey beacon to reveal the ring's next location.\nTactical: Grapple to get to out-of-reach places quickly.\nUltimate : Create a zipline for everyone to use",

        "Wraith": "Passive : A voice warns you when danger approaches. As far as you can tell, it's on your side.\nTactical : Reposition quickly through the safety of void space, avoiding all damage.\nUltimate : Link two locations with portals for 60 seconds, allowing your entire team to use them.",

        "Bangalore": "Passive : Taking fire while sprinting makes you move faster for a brief time.\nTactical : Fire's a high-velocity smoke canister that explodes into a smoke wall on impact.\nUltimate : Call in an artillery strike that slowly creeps across the landscape.",

        "Caustic": "Passive : Allows you to see enemies through your gas.\nTactical : Drop canisters that release deadly Nox gas when shot or triggered by enemies.\nUltimate : Blankets a large area in Nox gas.",

        "Mirage": "Passive: Automatically drop a decoy and cloak for five seconds when knocked down.\nTactical : Send out a holographic decoy to confuse the enemy.\nUltimate : Deploy a team of Decoys to distract enemies while you cloak.",
    }

def Position():
    Input = input("Are you 1st, 2nd, or 3rd?: ")
    if Input in ["1st","1","1s","1t"]:
        First()
    elif Input in ["2nd","2","2n","2d"]:
        Second()
    elif Input in ["3rd","3","3r","3d"]:
        Third()
    else:
        print("Incorrect syntax try again.")
        Main()

def First():
    Choice = random.choice(list(traits))
    Design = len(Choice)
    print("\n" + Choice + "\n" + "-" * Design + "\n" + traits[Choice],"\n")

def Second():
    Input2 = input("Champions already picked?: ")
    if Input2.capitalize() in traits:
        traits.pop(Input2.capitalize())
    else:
        print("Incorrect syntax, try again.")
        Second()
    Choice = random.choice(list(traits))
    Design = len(Choice)
    print("\n" + Choice + "\n" + "-" * Design + "\n" + traits[Choice],"\n")

def Third():
    Input2 = input("1st Champion Picked: ")
    if Input2.capitalize() in traits:
        traits.pop(Input2.capitalize())
    else:
        print("Incorrect syntax, try again.")
        Second()
    while True:
        Input3 = input("2nd Champion Picked: ")
        if Input3.capitalize() in traits:
            traits.pop(Input3.capitalize())
            break
        else:
            print("Incorrect syntax, try again.")
    Choice = random.choice(list(traits))
    Design = len(Choice)
    print("\n" + Choice + "\n" + "-" * Design + "\n" + traits[Choice],"\n")

Position()