ether.py

import random
import time
import csv
import os

variables = {
    # metals
    "bronze": 0,
    "iron": 0,
    "copper": 0,
    "steel": 0,
    "gold": 0,
    "diamond": 0,
    "platinum": 0,
    "titanium": 0,
    "tungsten": 0,
    "damascus": 0,

    # materials
    "bismuth": 0,  # mined
    "wood": 0,  # forage
    "stone": 0,  # mined

    # machines
    # Drills: makes mining easier
    "bronze_drill": 0,
    "copper_drill": 0,
    # magic circle: multiplies the resource
    "bronze_magic_circle": 0,
    "copper_magic_circle": 0,

    # mine
    "mine": "quarry",

    # scrolls
    "scroll_caverns": 0,
    "scroll_ether": 0,
}

def save_game():
    with open('data.csv', 'w', newline='') as fp:
        writer = csv.writer(fp)
        for key, value in variables.items():
            writer.writerow([key, value])

def load_game():
    global variables
    if os.path.exists('data.csv'):
        with open('data.csv', 'r') as fp:
            reader = csv.reader(fp)
            variables = {rows[0]: int(rows[1]) if rows[1].isdigit() else rows[1] for rows in reader}

def mine_materials():
    temp_bronze, temp_copper = variables["bronze"], variables["copper"]
    lowestbronze = 5 + variables["bronze_magic_circle"] * 2
    highestbronze = 8 + variables["bronze_magic_circle"] * 2
    lowestcopper = 5 + variables["copper_magic_circle"] * 2
    highestcopper = 8 + variables["copper_magic_circle"] * 2
    variables["bronze"] += random.randint(lowestbronze, highestbronze)
    variables["copper"] += random.randint(lowestcopper, highestcopper)
    print("Mining...\n")
    timesleep = 3 - (variables["bronze_drill"] * 0.01) - (variables["copper_drill"] * 0.01)
    time.sleep(max(timesleep, 0.1))
    print(f"Finished mining. You mined {variables['bronze'] - temp_bronze} bronze and {variables['copper'] - temp_copper} copper.\n")
    print(f"You now have {variables['bronze']} bronze and {variables['copper']} copper now.")

def shop():
    print("category?")
    print("1) machine: improves the efficiency of mining")
    print("2) scrolls: to different places we go!")
    shop_actions = {
        "1": buy_machine,
        "2": buy_scroll
    }
    while True:
        usershopchoice = input("Choice (or 'back' to exit): ").lower()
        if usershopchoice == "back":
            break
        action = shop_actions.get(usershopchoice)
        if action:
            action()
        else:
            print("Invalid choice! Please try again.")

def buy_machine():
    print("Options:")
    bronzedrillprice = 8 + ((variables["bronze_drill"] + 1) * 2)
    copperdrillprice = 10 + ((variables["copper_drill"] + 1) * 2)
    bronzemagicprice = 15 + ((variables["bronze_magic_circle"] + 1) * 2)
    coppermagicprice = 18 + ((variables["copper_magic_circle"] + 1) * 2)
    print(f"1) Bronze Drill: Reduce the amount of time to mine in the quarry\nPrice: {bronzedrillprice}\n")
    print(f"2) Copper Drill: Reduce the amount of time to mine in the quarry\nPrice: {copperdrillprice}\n")
    print(f"3) Bronze Magic Circle: Increase the amount of bronze mined per mining session.\nPrice: {bronzemagicprice}\n")
    print(f"4) Copper Magic Circle: Increase the amount of copper mined per mining session.\nPrice: {coppermagicprice}")
    machine_options = {
        "1": ("bronze_drill", bronzedrillprice, "bronze"),
        "2": ("copper_drill", copperdrillprice, "copper"),
        "3": ("bronze_magic_circle", bronzemagicprice, "bronze"),
        "4": ("copper_magic_circle", coppermagicprice, "copper")
    }
    while True:
        userbuymachine = input("Buy anything? (or 'back' to exit): ").lower()
        if userbuymachine == "back":
            break
        item = machine_options.get(userbuymachine)
        if item:
            buy_item(*item)
        else:
            print("Invalid choice! Please try again.")

def buy_item(item, price, currency):
    while True:
        try:
            howmany = int(input("How many? "))
            if howmany <= 0:
                print("Please enter a positive number.")
                continue
            total_price = price * howmany
            if variables[currency] >= total_price:
                variables[item] += howmany
                variables[currency] -= total_price
                print(f"You have bought {howmany} {item.replace('_', ' ')}!")
            else:
                print(f"You don't have enough! You need {total_price - variables[currency]} more {currency}!")
            break
        except ValueError:
            print("Invalid input! Please enter a valid number.")

def buy_scroll():
    print("Options:")
    print("1) Scroll to the caverns")
    print("Would you like to buy this? (y/n) price: 1000 bronze and 1000 copper")
    while True:
        userbuyscroll = input().lower()
        if userbuyscroll == "y":
            if variables["bronze"] >= 1000 and variables["copper"] >= 1000 and variables["scroll_caverns"] != 1:
                print("Successfully bought!")
                variables["scroll_caverns"] = 1
                variables["bronze"] -= 1000
                variables["copper"] -= 1000
            elif variables["scroll_caverns"] == 1:
                print("You already have bought the max amount (1) of this!")
            else:
                print("Not enough resources!")
            break
        elif userbuyscroll == "n":
            break
        else:
            print("Invalid input! Please enter 'y' or 'n'.")

def display_help():
    print("Mine Materials: \"mine\"")
    print("Shop: \"shop\"")
    print("Current Mine: \"cmine\"")
    print("Check Resources: \"cr\"")
    print("Different Resources: \"r\"")
    print("The bazaar: \"bz\"")

def check_resources():
    print(f"Amount of bronze: {variables['bronze']}")
    print(f"Amount of copper: {variables['copper']}")
    print(f"Amount of bronze drills: {variables['bronze_drill']}")
    print(f"Amount of copper drills: {variables['copper_drill']}")
    print(f"Amount of bronze magic circles: {variables['bronze_magic_circle']}")
    print(f"Amount of copper magic circles: {variables['copper_magic_circle']}")

def warp():
    print("You can warp to:")
    print("Quarry (Currently Here)")
    if variables["scroll_caverns"] == 1:
        print("Caverns")
    if variables["scroll_ether"] == 1:
        print("Ether")
    while True:
        warpto = input("Where do you want to warp to? (or 'back' to quit): ").lower()
        if warpto == "back":
            break
        elif warpto == "caverns" and variables["scroll_caverns"] == 1:
            variables["mine"] = "caverns"
            print("You have warped to the caverns")
            break
        elif warpto == "ether" and variables["scroll_ether"] == 1:
            variables["mine"] = "ether"
            print("You have warped to the ether")
            break
        else:
            print("Invalid choice or you don't have the required scroll! Please try again.")

def main():
    global user
    user = ""
    if os.path.exists('data.csv'):
        load_game()
        print("Welcome back to the ether.")
    else:
        time.sleep(1)
        print("Welcome to the ether.")
        print("Version 1.5")
        time.sleep(1)
        print("The story:")
        time.sleep(1)
        print("You are in a universe #278BBUC where everyone has equal rights to mines, as mines are now able to regenerate at an incredible pace. Thus, ores are infinite and society prospers. You are a healthy miner as well as adventurer, and you start off your journey at the starter mine, \"The Quarry\".\n")
        print("Start by trying out the command 'h' or 'mine' to mine for materials.")

    user_actions = {
        "h": display_help,
        "mine": mine_materials,
        "shop": shop,
        "cmine": lambda: print("The Quarry"),
        "cr": check_resources,
        "r": lambda: print("Different Resources: \"r\""),
        "warp": warp
    }

    while True:
        user = input("What do you want to do next? (h for help, q to quit): ").lower()
        if variables["mine"].lower() == "quarry":
            time.sleep(0.25)
            action = user_actions.get(user)
            if action:
                action()
            elif user == "q":
                break
            else:
                print("Error! Not a command! Type 'h' for help.")
            save_game()
    print("Goodbye!")

if __name__ == "__main__":
    main()