Avatar Legends - Random NPC move Choice

import random, sys

# Get user input for seed, or generate a random one if not provided
x = input("Enter Seed: ")
if len(x) == 0:
    seed = random.randrange(1,999999999999999999)
else:
    seed = int(x)

# Set the random seed for consistent random number generation
random.seed(int(seed), version=2)

# Initialize modifiers for style and mentality
styleMod = 0
mentalityMod = 0

# Possible moves for each action type
DefMoves = ["Own Special/Ready","Ready","Retaliate","Seize a Position"]
EvaMoves = ["Own Special/Test Balance","Bolster or Hinder","Commit"]
AtkMoves = ["Own Special/Strike","Strike","Pressure","Smash"]

# Function to modify the style modifier based on the chosen style
def styleModifier():
    global styleMod
    if style == "Offense":
        styleMod = 2
    elif style == "Off-Support":
        styleMod = 1
    elif style == "Def-Support":
        styleMod = -1
    elif style == "Defense":
        styleMod = -2

# Function to modify the mentality modifier based on the chosen mentality
def mentalityModifier():
    global mentalityMod
    if mentality == "Positive Jing":
        mentalityMod = 2
    elif mentality == "Neutral Jing":
        mentalityMod = 0
    elif mentality == "Negative Jing":
        mentalityMod = -2

# Main function to determine character's action and move
def main(cName,cStyle,cMentality):
    global style, mentality, action, name
    global roll1, roll2

    # Get character information or user input
    if cName == None:
        name = input("Character Name:")
    else:
        name = cName

    # Get character style or user input
    if cStyle == None:
        style = input("Offense\nOff-Support\nDef-Support\nDefense\nFighting Style:")
    else:
        style = cStyle

    # Get character mentality or user input
    if cMentality == None:
        mentality = input("Positive Jing\nNeutral Jing\nNegative Jing\nMentality:")
    else:
        mentality = cMentality

    # Apply style and mentality modifiers
    styleModifier()
    mentalityModifier()

    # Calculate the roll for turn action
    roll1 = (random.randrange(1,20)+(styleMod+mentalityMod))

    action = None
    # Decide action based on the roll
    print("--------------------------------------------------------")
    print(name)
    print("if 2 the same, then second is own move if possible.")
    if roll1 <= 7:
        print("Def")
        print("1 - ",(random.choice(DefMoves)))
        print("2 - ",(random.choice(DefMoves)))
        print("3 - ",(random.choice(DefMoves)))
        print("4 - ",(random.choice(DefMoves)))
        action = "Def"
    elif roll1 >= 8 and roll1 <= 13:
        print("Eva")
        action = "Eva"
        print("1 - ",(random.choice(EvaMoves)))
        print("2 - ",(random.choice(EvaMoves)))
        print("3 - ",(random.choice(DefMoves)))
        print("4 - ",(random.choice(DefMoves)))
    elif roll1 >= 14:
        print("Atk")
        action = "Atk"
        print("1 - ",(random.choice(AtkMoves)))
        print("2 - ",(random.choice(AtkMoves)))
        print("3 - ",(random.choice(DefMoves)))
        print("4 - ",(random.choice(DefMoves)))

# Lists to store characters' actions
_eva = []
_def = []
_atk = []

# Characters with their styles and mentalities
template = ["Name","Style","Mentality"]
# Earth
Yuka = ["Yuka","Offense","Positive Jing"]
Asuka = ["Asuka","Def-Support","Neutral Jing"]
Renji = ["Renji","Off-Support","Negative Jing"]
JinHo = ["Jin-Ho","Offense","Neutral Jing"]
Kaito = ["Kaito","Def-Support","Positive Jing"]
Mei = ["Mei","Def-Support","Neutral Jing"]

# Fire
Manami = ["Manami","Offense","Negative Jing"]

# Water
Aputi = ["Aputi","Off-Support","Positive Jing"]

# Team composition for the match
team1 = [Yuka,Asuka,Renji]
team2 = [JinHo,Kaito,Mei]

# Combine both teams for the match
list = [team1[0],team1[1],team1[2],team2[0],team2[1],team2[2]]

# Iterate through characters and determine their actions
for i in range(6):
    currentC = None
    currentC = list[0]
    list.pop(0)

    mName = currentC[0]
    mStyle = currentC[1]
    mMentality = currentC[2]
    main(mName,mStyle,mMentality)

    # Append character's action to respective lists
    if action == "Def":
        _def.append(name)
    if action == "Atk":
        _atk.append(name)
    if action == "Eva":
        _eva.append(name)

# Print the results of the match
print("--------------------------------------------------------")
print("--------------------------------------------------------")
print("seed: ",seed)
print("Def - ",_def)
print("Atk - ",_atk)
print("Eva - ",_eva)