def test_room(player):
"""
To create a room, initialize an inventory either with generate_room_inv(), or insert items manually, or write None.
Set can_sell to True or False based off of the vendor status.
player.location should always be set to the current room function.
Exits is a dictionary of available directions, with the string direction as a key and the function it corresponds to as a value.
"""
# intialize room inventory and variables
test_room_inv = [
classes.Weapon("dagger", "A simple blade, dull and rusted.", 5, 3),
classes.Armor(
"rags",
"Gross and worn old rags, provides a tiny amount of protection.",
2, 1),
Item(
"note",
"'If you're reading this, you have been chosen. Escape from this place and find me where the sun meets the stars'",
0)
]
can_sell = False
player.location = test_room
exits = {"north": test_room2}
# introduction
print(
"You're standing in a small room with dank stone walls. Beside you lie a dagger stabbed into a piece of parchment. There is a tight passageway to the north.\n(type help for commands)"
)
# persistently get input, passing the player, the room inventory, and whether or not you can sell items in this space.
while True:
action = functions.get_action(player, test_room_inv, True, exits)
def test_room2(player):
# intialize room inventory and variables
test_room2_inv = [
classes.Weapon("dagger", "A simple blade, dull and rusted.", 5, 3),
classes.Armor(
"old rags",
"Gross and worn old rags, provides a tiny amount of protection.",
2, 1)
]
can_sell = False
player.location = test_room2
exits = {"south": test_room}
# introduction
print(
"You enter into an empty chamber, devoid of any furnishings. There is a rusty dagger and some rags on the floor."
)
# persistently get input, passing the player, the room inventory, and whether or not you can sell items in this space.
while True:
action = functions.get_action(player, test_room2_inv, True, exits)
def generate_weapon():
"""
Returns class item Weapon.
Works the exact same as generate_item(), but with a seperated list of weapon names and an extra damage value.
"""
name_list = ["axe", "sword", "club"]
weapon_name = choice(name_list) # choose from the name list at random
# check what item is generated and assign a description and random damage value from a range
if weapon_name == "axe":
weapon_description = "a hefty axe"
weapon_value = choice(range(50, 90))
weapon_damage = choice(range(10, 25))
elif weapon_name == "sword":
weapon_description = "a small shortsword"
weapon_value = choice(range(70, 125))
weapon_damage = choice(range(15, 30))
elif weapon_name == "club":
weapon_description = "a sturdy club"
weapon_value = choice(range(20, 50))
weapon_damage = choice(range(5, 15))
return classes.Weapon(weapon_name, weapon_description, weapon_value,
weapon_damage)