life-dead-simulator.py

from datetime import datetime
from datetime import timedelta
import random

def calculate(days, death, special_days):
    for i in range(365*death):
        if i%365 == 0:
            print("")
        if i in special_days:
            print(special_days[i], end='')
        elif i < days:
            print("#", end='')
        else:
            print("-", end='')
    print(f"\nTu as complété {(days/(365*death))*100}% de ta vie (en partant du principe que tu vivras jusqu'à {death} ans)")

def calculate_accidents(start=0, end=100):
    accidents = {
        "Accident de la route": 0.1,
        "Cancer": 0.15,
        "Autre maladie grave": 0.15,
        "Suicide": 0.01,
        "Homicide": 0.005,
        "Terroriste": 0.001
    }
    occured = {}
    for i in range(start, 365*end):
        if random.random() > 0.9:
            accident = random_ponderee(accidents)
            occured[i] = accident[0]
    return occured

def random_ponderee(dico):
    return random.choices(list(dico.keys()), list(dico.values()))

birth_date = input("Date de naissance au format dd/mm/yyyy : ")
a = datetime.strptime(birth_date, "%d/%m/%Y")
b = datetime.today()
delta = b - a
days = delta.days
accidents_occured = calculate_accidents(days)
calculate(days, 100,{i:"X" for i in accidents_occured.keys()})

print("\n--- JOURNAL DES MORTS ---")
print(f"Tu es mort {len(accidents_occured)} fois.")

stat = {}

for k, v in accidents_occured.items():
    if v in stat:
        stat[v] += 1
    else:
        stat[v] = 1
    day = a+timedelta(days=k)
    formatted = day.strftime('%d/%m/%Y')
    print(f'🪦 - Décédé le {formatted} pour cause de "{v}" (tu as survénu {k} jours ou {(k/365):.2f} ans)')

days_survived_avg = sum(accidents_occured.keys())/len(accidents_occured)
print(f"Tu as survécu en moyenne {days_survived_avg} jours, ou {(days_survived_avg/365):.2f} ans.")

for k, v in stat.items():
    print(f"\n💀 Tu es mort {v} fois pour cause de {k}.")