bootandy/ftl.py

## ftl.py
import random
import math
from os import system, name


ship_types = [
    "Cobra", "Krait", "Viper", "Anaconda", "Sidewinder", "Vulture", "Asp",
]
ship_grading = [
    "Rookie",
    "Veteran",
    "Competant",
    "Dangerous",
    "Deadly",
    "Elite"
]
free_scrap_str = [
    'Wow free scrap',
    'There seems to have been a battle here recently',
    'A disused mining robot can be junked for scrap',
    'An empty ship shell can be converted into scrap'
]
free_weapon_str = [
    'Boarding an abandoned ship allows you to salvage a weapon',
    'A weapon just floating there in space!',
    'Scanning an astroid reveals a small arms cache',
    'An abandoned settlement has an abandoned weapon system',
]
shop_names = [
    "Aperture Science Outlet", "Lacuna, Inc.", "Cyberdyne Systems", "Planet Express, Inc.", "Stark Industries", "Soylent Industry", "Weyland Corp"
]
movie_names = [
    "2001 Space Odyssey", "Close Encounters of the Third Kind", "Star Wars", "Forbidden Planet", "Dune", "The Last Star Fighter", "Solaris", "Alien", "Serenity"
]
to_do_for_movie = [
    "hum the theme tune from", "think of your favourite scene from", "contemplate who is the most attractive from", "wonder what you would do if this was a scene from"
]

weapons_start = {
    0:'Tiny',
    1:'Standard',
    2:'Dangerous',
    3:'Military',
    4:'Epic',
}
weapons_mid = {
    0:('Photon', 2, 7, 0.9),
    1:('Tachyon', 1, 8, 0.95),
    2:('Anti-Matter', 4, 5, 0.95),
    3:('Death', 3, 10, 0.8),
}
weapons_end = {
    0:('Canon', 1, 1),
    1:('Blaster', 2, 1.3),
    2:('Ray', 3, 1.6),
    3:('Missile', 5, 2.0),
}

color_format = {
    'RED': '\033[91m',
    'GREEN': '\033[92m',
    'END': '\033[0m',
}


class Weapon():
    def __init__(self, name, low_dam, high_dam, freq, reliability, cost=None):
        self.name = name
        self.low_dam = (int)(low_dam)
        self.high_dam = (int)(high_dam)
        self.freq = (int)(freq)
        self.reliability = reliability
        self.cool_down = 0
        if cost is None:
            self.mycost = int((self.low_dam + self.high_dam)*3 / (math.sqrt(self.freq)))
        else:
            self.mycost = cost

    def fire_weapon(self):
        if self.cool_down == 0:
            self.cool_down = max(self.cool_down, self.freq)
            if random.random() > math.sqrt(self.reliability):
                print(as_red('The {} missfires'.format(self.name)))
                return 0
            if random.random() > self.reliability:
                print(as_red('The {} critically over heats!'.format(self.name)))
                self.cool_down *= 3
            return random.randint(self.low_dam, self.high_dam)
        else:
            return 0


    def cool(self):
        self.cool_down = max(self.cool_down - 1, 0)

    def as_str(self):
        return '{:30s}{:2d}       {:2d}       {:2d}        {:.2f}'.format(self.name, self.low_dam, self.high_dam, self.freq, self.reliability)

    def buy_cost(self):
        return self.mycost

    def sell_cost(self):
        return int(self.buy_cost() * 0.75)


class Hostile():
    def __init__(self, name, level):
        self.name = name
        self.level = level
        self.weapons = {}
        for i in range(1, level + 1):
            self.weapons[str(i)] = weapon_builder(level - random.randint(0, 1))
        self.health = random.randint(10, 20) + level * 8

    def choose_weapon(self):
        # Allow hostile captain 10 attempts to choose a weapon that is ready to fire
        for _ in range(0, 10):
            wp_index = random.choice(list(self.weapons.keys()))
            if self.weapons[wp_index].cool_down <= 0:
                return self.weapons[wp_index]
        return self.weapons[wp_index]

    def desc(self):
        return "{} {}".format(ship_grading[min(self.level, len(ship_grading)) - 1], self.name)


class Me():
    def __init__(self):
        self.health = 100
        self.weapons = {}
        for i in range(0, 3):
            self.weapons[str(i + 1)] = weapon_builder(1)
        self.kills = 0

    def choose_weapon(self):
        print('Choose weapon to file:')
        print('   Turn b4 Rdy,  {:30s}Min Dam, Max Dam, Cooldown, Reliability'.format('Name,'))
        for k in ['1', '2', '3', '4']:
            if k in self.weapons:
                v = self.weapons[k]
                if v.cool_down > 0:
                    weapon_str = as_red(v.as_str())
                else:
                    weapon_str = as_green(v.as_str())
                print('{} : {:3d}           {}'.format(k, v.cool_down, weapon_str))
            else:
                print('{} : {}'.format(k, as_red('None')))
        wp = input()
        return self.weapons.get(wp)

    def get_rnd_scrap(self):
        self.get_scrap(random.randint(1, 10))

    def get_scrap(self, bonus):
        print('You collect {} health from scrap'.format(as_green(str(bonus))))
        self.health += bonus

    def update_weapon(self, weapon, is_at_shop=False):
        if not weapon:
            return

        print('Select a weapon to replace 1 -> 4 (or press q to abandon fitting)')
        for k in ['1', '2', '3', '4']:
            name = 'EMPTY'
            if k in self.weapons:
                name = self.weapons[k].name
            print('{} : {}'.format(k, name))

        wp = ''
        while wp not in ['1', '2', '3', '4', 'q']:
            wp = input()

        if wp in ['1', '2', '3', '4']:
            if is_at_shop:
                self.sell(wp)
                self.health -= weapon.buy_cost()
            self.weapons[wp] = weapon
            print('The new {} is fitted'.format(weapon.name))

    def sell(self, choice):
        if choice in self.weapons.keys():
            self.health += self.weapons[choice].sell_cost()
            print('You sell your {}. Your health is now: {}'.format(self.weapons[choice].name, self.health))
            del self.weapons[choice]


class GameState():
    sub_zone_limit = 7
    def __init__(self):
        self.zone = 10
        self.me = Me()
        # These flags added to stop you having the same chance encouner twice per zone.
        self.has_seen_cargo = False
        self.has_done_nothing = False
        self.has_free_scrap = False
        self.has_done_bargin = False
        self.has_free_weapon = False

    def move_zone(self):
        self.zone += 1
        if self.zone % 10 == GameState.sub_zone_limit:
            self.zone = self.zone + (10 - GameState.sub_zone_limit)
            self.has_seen_cargo = False
            self.has_done_nothing = False
            self.has_free_scrap = False
            self.has_done_bargin = False
            self.has_free_weapon = False

    def level(self):
        return int(self.zone / 10)

    def generate_cargo(self):
        # We can encounter cargo only once per zone.
        if self.has_seen_cargo:
            return False

        if self.zone % 10 == [0, 1, 2]:
            will_see = random.random() < 0.5
        else:
            will_see = True

        if will_see:
            self.has_seen_cargo = True
            return True
        return False


def as_green(s):
    return "{}{}{}".format(color_format['GREEN'], str(s), color_format['END'])


def as_red(s):
    return "{}{}{}".format(color_format['RED'], str(s), color_format['END'])


def weapon_builder(level):
    level = max(0, min(level - 1, 4))
    start = weapons_start[level]
    mid = random.choice(weapons_mid)
    end = random.choice(weapons_end)
    name = start +  " " + mid[0] + " " + end[0]
    low_dam = (mid[1] + level * 2) * end[2]
    high_dam = (mid[2] + level * 2) * end[2]
    freq = end[1]
    reliability = mid[3]
    return Weapon(name, low_dam, high_dam, freq, reliability)


def valuable_cargo_builder(level):
    return Weapon('Valuable Cargo', 0, 0, 0, 1.0, cost=50 + 20 * min(4, level))


def print_fight_stats(me, hostile):
    print('\n')
    sa = 'Your health: {:3d}'.format(me.health)
    sb = '          vs            '
    sc = '{} health: {:3d}'.format(hostile.desc(), hostile.health)
    len_all = len(sa) + len(sb) + len(sc)
    print('-'*len_all)
    print(as_green(sa) + sb + as_red(sc))
    print('-'*len_all + '\n')


def fight(gs):
    me = gs.me
    hostile = Hostile(random.choice(ship_types), gs.level())
    verbs = ['attacked', 'jumped', 'ambushed', 'challenged']
    print('You are {} by an enemy {}'.format(random.choice(verbs), as_red(hostile.desc())))
    print_fight_stats(me, hostile)

    while me.health > 0 and hostile.health > 0:
        wp = me.choose_weapon()
        clear()
        if wp:
            if wp.cool_down == 0:
                dmg = wp.fire_weapon()
                hostile.health -= dmg
                red_health = as_red('{}'.format(hostile.health))
                damage = as_green('{}'.format(dmg))
                print('Fire {}. You deal {} damage. Enemy health: {}'.format(wp.name, damage, red_health))
            else:
                print('That weapon fails to fire - wait for cooldown')
        else:
            print('You did not select a valid weapon. Nothing happens')

        print('\n')

        if hostile.health > 0:
            wp = hostile.choose_weapon()
            if wp and wp.cool_down == 0:
                dmg = wp.fire_weapon()
                me.health -= dmg
                my_health = as_green('{}'.format(me.health))
                damage = as_red('{}'.format(dmg))
                print('Enemy {} fires {}. Does {} damage, your health: {}'.format(hostile.desc(), wp.name, damage, my_health))
            else:
                print('Enemy {} does not fire a weapon.'.format(hostile.desc()))

        print_fight_stats(me, hostile)
        for wp in me.weapons.values():
            wp.cool()
        for wp in hostile.weapons.values():
            wp.cool()

        print()

    if hostile.health <= 0:
        print('Enemy {} is destroyed'.format(hostile.name))
        me.kills += 1
        print('Choose your spoils')
        print('    {:30s}Min Dam, Max Dam, Cooldown, Reliability'.format('Name,'))
        wp = random.choice(list(hostile.weapons.values()))
        print('w: {}'.format(wp.as_str()))
        scrap = random.randint(3, 15) + gs.level() * 2
        print('s: Choose {} scrap '.format(scrap))

        gen_cargo = gs.generate_cargo()
        if gen_cargo:
            print('v: Choose valuable cargo')

        choice = input()
        while choice not in ['q', 'w', 's', 'v']:
            print('Choose w, v, s or q to quit')
            choice = input()

        if choice == 's':
            me.get_scrap(scrap)
        if choice == 'v' and gen_cargo:
            me.update_weapon(valuable_cargo_builder(hostile.level))
        if choice == 'w':
            me.update_weapon(wp)

    for wp in me.weapons.values():
        wp.cool_down = 0


def shop(gs):
    me = gs.me
    shop_name = random.choice(shop_names)
    print('Welcome to the {} shop '.format(shop_name))

    weapons = {}
    for i in range(6, 10):
        wp =  weapon_builder(int(gs.zone / 10) - 1 + random.randint(0, 1))
        weapons[str(i)] = wp # horrible str int casting in this code

    choice = ''
    while choice != 'q':
        print('Your health (& money): {}'.format(as_green(me.health)))
        print('To Sell: ')
        print('    Cost, {:30s}Min Dam, Max Dam, Cooldown, Reliability'.format('Name,'))
        for k in ['1', '2', '3', '4']:
            if k in me.weapons:
                wp = me.weapons[k]
                print('{}: {:4d}   {}'.format(k, wp.sell_cost(), wp.as_str()))

        print('To Buy: ')
        print('    Cost, {:30s}Min Dam, Max Dam, Cooldown, Reliability'.format('Name,'))

        for k, wp in weapons.items():
            print('{}: {:4d}   {}'.format(k, wp.buy_cost(), wp.as_str()))

        print('To buy/sell select the number on the left. To leave the shop press \'q\' (quit)')

        choice = input()
        clear()
        if choice in weapons.keys():
            me.update_weapon(weapons[choice], is_at_shop=True)
            del weapons[choice]

        if choice in me.weapons.keys():
            me.sell(choice)
    print('Thank you for shopping at {}'.format(shop_name))


def _enter_y_or_n():
    choice = input()
    while choice not in ['y', 'n']:
        print('Enter y or n')
        choice = input()
    return choice


def bargin(me):
    cost = random.randint(0, 12) + 4
    dice = random.randint(0, 2)
    if dice == 0:
        print('Increase minimum & maximum damage of your weapons for cost of {} health? y / n'.format(cost))
        if _enter_y_or_n() == 'y':
            me.health -= cost
            for w in me.weapons.values():
                w.low_dam += 1
                w.high_dam += 1
    elif dice == 1:
        print('Make all your weapons totally reliable for cost of {} health? y / n'.format(cost))
        if _enter_y_or_n() == 'y':
            me.health -= cost
            for w in me.weapons.values():
                w.reliability = 1.0
    else:
        print('Decrease all your weapon cooldowns by 1 for cost of {} health? y / n'.format(cost))
        if _enter_y_or_n() == 'y':
            me.health -= cost
            for w in me.weapons.values():
                w.freq = 0


def clear():
    if name == 'nt':
        _  = system('cls')
    else:
        _ = system('clear')


def encounter(gs):
    clear()
    print('You are in zone: {}. You have {} health'.format(as_green(str(gs.zone/10.0)), as_green(str(gs.me.health))))

    if gs.zone % 10 == 0:
        shop(gs)
    else:
        dice_roll = random.randint(0, 9)
        if dice_roll == 0 and not gs.has_free_scrap:
            gs.has_free_scrap = True
            print(random.choice(free_scrap_str))
            gs.me.get_rnd_scrap()
        elif dice_roll == 1 and not gs.has_done_nothing:
            gs.has_done_nothing = True
            print('It is very quiet here.')
            print('You {} the movie {}'.format(random.choice(to_do_for_movie), random.choice(movie_names)))
            print('Nothing happens')
        elif dice_roll == 2 and not gs.has_done_bargin:
            gs.has_done_bargin = True
            print('A Faustian bargin is proposed!')
            bargin(gs.me)
        elif dice_roll == 3 and not gs.has_free_weapon:
            gs.has_free_weapon = True
            weapon = weapon_builder(gs.level())
            print(random.choice(free_weapon_str))
            print()
            print('{:30s}Min Dam, Max Dam, Cooldown, Reliability'.format('Name,'))
            print('{}'.format(weapon.as_str()))
            print()
            gs.me.update_weapon(weapon)
        else:
            fight(gs)


def play():
    gs = GameState()
    clear()
    print('Your aim is to travel across as many zones as you can. Each zone has {} phases'.format(gs.sub_zone_limit))
    print('There is a shop at the end of each zone.')
    print('-----------------------------------------------\n')

    while gs.me.health > 0:
        gs.move_zone()
        print('\nPress any key to continue')
        _ = input()
        encounter(gs)

    print('You are dead, you destroyed {} ships and got to zone {}'.format(gs.me.kills, gs.zone/10.0))


play()
	import random
	import math
	from os import system, name


	ship_types = [
	"Cobra", "Krait", "Viper", "Anaconda", "Sidewinder", "Vulture", "Asp",
	]
	ship_grading = [
	"Rookie",
	"Veteran",
	"Competant",
	"Dangerous",
	"Deadly",
	"Elite"
	]
	free_scrap_str = [
	'Wow free scrap',
	'There seems to have been a battle here recently',
	'A disused mining robot can be junked for scrap',
	'An empty ship shell can be converted into scrap'
	]
	free_weapon_str = [
	'Boarding an abandoned ship allows you to salvage a weapon',
	'A weapon just floating there in space!',
	'Scanning an astroid reveals a small arms cache',
	'An abandoned settlement has an abandoned weapon system',
	]
	shop_names = [
	"Aperture Science Outlet", "Lacuna, Inc.", "Cyberdyne Systems", "Planet Express, Inc.", "Stark Industries", "Soylent Industry", "Weyland Corp"
	]
	movie_names = [
	"2001 Space Odyssey", "Close Encounters of the Third Kind", "Star Wars", "Forbidden Planet", "Dune", "The Last Star Fighter", "Solaris", "Alien", "Serenity"
	]
	to_do_for_movie = [
	"hum the theme tune from", "think of your favourite scene from", "contemplate who is the most attractive from", "wonder what you would do if this was a scene from"
	]

	weapons_start = {
	0:'Tiny',
	1:'Standard',
	2:'Dangerous',
	3:'Military',
	4:'Epic',
	}
	weapons_mid = {
	0:('Photon', 2, 7, 0.9),
	1:('Tachyon', 1, 8, 0.95),
	2:('Anti-Matter', 4, 5, 0.95),
	3:('Death', 3, 10, 0.8),
	}
	weapons_end = {
	0:('Canon', 1, 1),
	1:('Blaster', 2, 1.3),
	2:('Ray', 3, 1.6),
	3:('Missile', 5, 2.0),
	}

	color_format = {
	'RED': '\033[91m',
	'GREEN': '\033[92m',
	'END': '\033[0m',
	}


	class Weapon():
	def __init__(self, name, low_dam, high_dam, freq, reliability, cost=None):
	self.name = name
	self.low_dam = (int)(low_dam)
	self.high_dam = (int)(high_dam)
	self.freq = (int)(freq)
	self.reliability = reliability
	self.cool_down = 0
	if cost is None:
	self.mycost = int((self.low_dam + self.high_dam)*3 / (math.sqrt(self.freq)))
	else:
	self.mycost = cost

	def fire_weapon(self):
	if self.cool_down == 0:
	self.cool_down = max(self.cool_down, self.freq)
	if random.random() > math.sqrt(self.reliability):
	print(as_red('The {} missfires'.format(self.name)))
	return 0
	if random.random() > self.reliability:
	print(as_red('The {} critically over heats!'.format(self.name)))
	self.cool_down *= 3
	return random.randint(self.low_dam, self.high_dam)
	else:
	return 0


	def cool(self):
	self.cool_down = max(self.cool_down - 1, 0)

	def as_str(self):
	return '{:30s}{:2d} {:2d} {:2d} {:.2f}'.format(self.name, self.low_dam, self.high_dam, self.freq, self.reliability)

	def buy_cost(self):
	return self.mycost

	def sell_cost(self):
	return int(self.buy_cost() * 0.75)


	class Hostile():
	def __init__(self, name, level):
	self.name = name
	self.level = level
	self.weapons = {}
	for i in range(1, level + 1):
	self.weapons[str(i)] = weapon_builder(level - random.randint(0, 1))
	self.health = random.randint(10, 20) + level * 8

	def choose_weapon(self):
	# Allow hostile captain 10 attempts to choose a weapon that is ready to fire
	for _ in range(0, 10):
	wp_index = random.choice(list(self.weapons.keys()))
	if self.weapons[wp_index].cool_down <= 0:
	return self.weapons[wp_index]
	return self.weapons[wp_index]

	def desc(self):
	return "{} {}".format(ship_grading[min(self.level, len(ship_grading)) - 1], self.name)


	class Me():
	def __init__(self):
	self.health = 100
	self.weapons = {}
	for i in range(0, 3):
	self.weapons[str(i + 1)] = weapon_builder(1)
	self.kills = 0

	def choose_weapon(self):
	print('Choose weapon to file:')
	print(' Turn b4 Rdy, {:30s}Min Dam, Max Dam, Cooldown, Reliability'.format('Name,'))
	for k in ['1', '2', '3', '4']:
	if k in self.weapons:
	v = self.weapons[k]
	if v.cool_down > 0:
	weapon_str = as_red(v.as_str())
	else:
	weapon_str = as_green(v.as_str())
	print('{} : {:3d} {}'.format(k, v.cool_down, weapon_str))
	else:
	print('{} : {}'.format(k, as_red('None')))
	wp = input()
	return self.weapons.get(wp)

	def get_rnd_scrap(self):
	self.get_scrap(random.randint(1, 10))

	def get_scrap(self, bonus):
	print('You collect {} health from scrap'.format(as_green(str(bonus))))
	self.health += bonus

	def update_weapon(self, weapon, is_at_shop=False):
	if not weapon:
	return

	print('Select a weapon to replace 1 -> 4 (or press q to abandon fitting)')
	for k in ['1', '2', '3', '4']:
	name = 'EMPTY'
	if k in self.weapons:
	name = self.weapons[k].name
	print('{} : {}'.format(k, name))

	wp = ''
	while wp not in ['1', '2', '3', '4', 'q']:
	wp = input()

	if wp in ['1', '2', '3', '4']:
	if is_at_shop:
	self.sell(wp)
	self.health -= weapon.buy_cost()
	self.weapons[wp] = weapon
	print('The new {} is fitted'.format(weapon.name))

	def sell(self, choice):
	if choice in self.weapons.keys():
	self.health += self.weapons[choice].sell_cost()
	print('You sell your {}. Your health is now: {}'.format(self.weapons[choice].name, self.health))
	del self.weapons[choice]


	class GameState():
	sub_zone_limit = 7
	def __init__(self):
	self.zone = 10
	self.me = Me()
	# These flags added to stop you having the same chance encouner twice per zone.
	self.has_seen_cargo = False
	self.has_done_nothing = False
	self.has_free_scrap = False
	self.has_done_bargin = False
	self.has_free_weapon = False

	def move_zone(self):
	self.zone += 1
	if self.zone % 10 == GameState.sub_zone_limit:
	self.zone = self.zone + (10 - GameState.sub_zone_limit)
	self.has_seen_cargo = False
	self.has_done_nothing = False
	self.has_free_scrap = False
	self.has_done_bargin = False
	self.has_free_weapon = False

	def level(self):
	return int(self.zone / 10)

	def generate_cargo(self):
	# We can encounter cargo only once per zone.
	if self.has_seen_cargo:
	return False

	if self.zone % 10 == [0, 1, 2]:
	will_see = random.random() < 0.5
	else:
	will_see = True

	if will_see:
	self.has_seen_cargo = True
	return True
	return False


	def as_green(s):
	return "{}{}{}".format(color_format['GREEN'], str(s), color_format['END'])


	def as_red(s):
	return "{}{}{}".format(color_format['RED'], str(s), color_format['END'])


	def weapon_builder(level):
	level = max(0, min(level - 1, 4))
	start = weapons_start[level]
	mid = random.choice(weapons_mid)
	end = random.choice(weapons_end)
	name = start + " " + mid[0] + " " + end[0]
	low_dam = (mid[1] + level * 2) * end[2]
	high_dam = (mid[2] + level * 2) * end[2]
	freq = end[1]
	reliability = mid[3]
	return Weapon(name, low_dam, high_dam, freq, reliability)


	def valuable_cargo_builder(level):
	return Weapon('Valuable Cargo', 0, 0, 0, 1.0, cost=50 + 20 * min(4, level))


	def print_fight_stats(me, hostile):
	print('\n')
	sa = 'Your health: {:3d}'.format(me.health)
	sb = ' vs '
	sc = '{} health: {:3d}'.format(hostile.desc(), hostile.health)
	len_all = len(sa) + len(sb) + len(sc)
	print('-'*len_all)
	print(as_green(sa) + sb + as_red(sc))
	print('-'*len_all + '\n')


	def fight(gs):
	me = gs.me
	hostile = Hostile(random.choice(ship_types), gs.level())
	verbs = ['attacked', 'jumped', 'ambushed', 'challenged']
	print('You are {} by an enemy {}'.format(random.choice(verbs), as_red(hostile.desc())))
	print_fight_stats(me, hostile)

	while me.health > 0 and hostile.health > 0:
	wp = me.choose_weapon()
	clear()
	if wp:
	if wp.cool_down == 0:
	dmg = wp.fire_weapon()
	hostile.health -= dmg
	red_health = as_red('{}'.format(hostile.health))
	damage = as_green('{}'.format(dmg))
	print('Fire {}. You deal {} damage. Enemy health: {}'.format(wp.name, damage, red_health))
	else:
	print('That weapon fails to fire - wait for cooldown')
	else:
	print('You did not select a valid weapon. Nothing happens')

	print('\n')

	if hostile.health > 0:
	wp = hostile.choose_weapon()
	if wp and wp.cool_down == 0:
	dmg = wp.fire_weapon()
	me.health -= dmg
	my_health = as_green('{}'.format(me.health))
	damage = as_red('{}'.format(dmg))
	print('Enemy {} fires {}. Does {} damage, your health: {}'.format(hostile.desc(), wp.name, damage, my_health))
	else:
	print('Enemy {} does not fire a weapon.'.format(hostile.desc()))

	print_fight_stats(me, hostile)
	for wp in me.weapons.values():
	wp.cool()
	for wp in hostile.weapons.values():
	wp.cool()

	print()

	if hostile.health <= 0:
	print('Enemy {} is destroyed'.format(hostile.name))
	me.kills += 1
	print('Choose your spoils')
	print(' {:30s}Min Dam, Max Dam, Cooldown, Reliability'.format('Name,'))
	wp = random.choice(list(hostile.weapons.values()))
	print('w: {}'.format(wp.as_str()))
	scrap = random.randint(3, 15) + gs.level() * 2
	print('s: Choose {} scrap '.format(scrap))

	gen_cargo = gs.generate_cargo()
	if gen_cargo:
	print('v: Choose valuable cargo')

	choice = input()
	while choice not in ['q', 'w', 's', 'v']:
	print('Choose w, v, s or q to quit')
	choice = input()

	if choice == 's':
	me.get_scrap(scrap)
	if choice == 'v' and gen_cargo:
	me.update_weapon(valuable_cargo_builder(hostile.level))
	if choice == 'w':
	me.update_weapon(wp)

	for wp in me.weapons.values():
	wp.cool_down = 0


	def shop(gs):
	me = gs.me
	shop_name = random.choice(shop_names)
	print('Welcome to the {} shop '.format(shop_name))

	weapons = {}
	for i in range(6, 10):
	wp = weapon_builder(int(gs.zone / 10) - 1 + random.randint(0, 1))
	weapons[str(i)] = wp # horrible str int casting in this code

	choice = ''
	while choice != 'q':
	print('Your health (& money): {}'.format(as_green(me.health)))
	print('To Sell: ')
	print(' Cost, {:30s}Min Dam, Max Dam, Cooldown, Reliability'.format('Name,'))
	for k in ['1', '2', '3', '4']:
	if k in me.weapons:
	wp = me.weapons[k]
	print('{}: {:4d} {}'.format(k, wp.sell_cost(), wp.as_str()))

	print('To Buy: ')
	print(' Cost, {:30s}Min Dam, Max Dam, Cooldown, Reliability'.format('Name,'))

	for k, wp in weapons.items():
	print('{}: {:4d} {}'.format(k, wp.buy_cost(), wp.as_str()))

	print('To buy/sell select the number on the left. To leave the shop press \'q\' (quit)')

	choice = input()
	clear()
	if choice in weapons.keys():
	me.update_weapon(weapons[choice], is_at_shop=True)
	del weapons[choice]

	if choice in me.weapons.keys():
	me.sell(choice)
	print('Thank you for shopping at {}'.format(shop_name))


	def _enter_y_or_n():
	choice = input()
	while choice not in ['y', 'n']:
	print('Enter y or n')
	choice = input()
	return choice


	def bargin(me):
	cost = random.randint(0, 12) + 4
	dice = random.randint(0, 2)
	if dice == 0:
	print('Increase minimum & maximum damage of your weapons for cost of {} health? y / n'.format(cost))
	if _enter_y_or_n() == 'y':
	me.health -= cost
	for w in me.weapons.values():
	w.low_dam += 1
	w.high_dam += 1
	elif dice == 1:
	print('Make all your weapons totally reliable for cost of {} health? y / n'.format(cost))
	if _enter_y_or_n() == 'y':
	me.health -= cost
	for w in me.weapons.values():
	w.reliability = 1.0
	else:
	print('Decrease all your weapon cooldowns by 1 for cost of {} health? y / n'.format(cost))
	if _enter_y_or_n() == 'y':
	me.health -= cost
	for w in me.weapons.values():
	w.freq = 0


	def clear():
	if name == 'nt':
	_ = system('cls')
	else:
	_ = system('clear')


	def encounter(gs):
	clear()
	print('You are in zone: {}. You have {} health'.format(as_green(str(gs.zone/10.0)), as_green(str(gs.me.health))))

	if gs.zone % 10 == 0:
	shop(gs)
	else:
	dice_roll = random.randint(0, 9)
	if dice_roll == 0 and not gs.has_free_scrap:
	gs.has_free_scrap = True
	print(random.choice(free_scrap_str))
	gs.me.get_rnd_scrap()
	elif dice_roll == 1 and not gs.has_done_nothing:
	gs.has_done_nothing = True
	print('It is very quiet here.')
	print('You {} the movie {}'.format(random.choice(to_do_for_movie), random.choice(movie_names)))
	print('Nothing happens')
	elif dice_roll == 2 and not gs.has_done_bargin:
	gs.has_done_bargin = True
	print('A Faustian bargin is proposed!')
	bargin(gs.me)
	elif dice_roll == 3 and not gs.has_free_weapon:
	gs.has_free_weapon = True
	weapon = weapon_builder(gs.level())
	print(random.choice(free_weapon_str))
	print()
	print('{:30s}Min Dam, Max Dam, Cooldown, Reliability'.format('Name,'))
	print('{}'.format(weapon.as_str()))
	print()
	gs.me.update_weapon(weapon)
	else:
	fight(gs)


	def play():
	gs = GameState()
	clear()
	print('Your aim is to travel across as many zones as you can. Each zone has {} phases'.format(gs.sub_zone_limit))
	print('There is a shop at the end of each zone.')
	print('-----------------------------------------------\n')

	while gs.me.health > 0:
	gs.move_zone()
	print('\nPress any key to continue')
	_ = input()
	encounter(gs)

	print('You are dead, you destroyed {} ships and got to zone {}'.format(gs.me.kills, gs.zone/10.0))


	play()