def split_item(self, item: Item, split_amount: int = 1) -> None:
"""
De-stack / Split an item from a pile.
"""
if item.stack_count > split_amount:
if split_amount >= 1:
# Create new stack
spliten_item = item.duplicate_self(quantity=split_amount)
spliten_item.stackable = False
# Remove item from stack
self.remove_item(item, split_amount)
# Drop item to the floor if there is no room in the inventory
if len(self.items) >= self.capacity:
spliten_item.place(self.parent.x, self.parent.y,
self.gamemap)
else:
self.add_item(spliten_item)
# Reset the stackable of the copied item.
# NOTE: This line of code is important, since it lets items to be stacked again even after they are spliten.
spliten_item.stackable = True
# set gamemap
spliten_item.gamemap = item.gamemap
# return the copy
return spliten_item
else:
raise Impossible(f"The minimum amount you can split is 1.")
else:
raise Impossible(
f"The maximum amount you can split is {item.stack_count - 1}.")
def throw(self, item: Item, x: int, y: int, show_msg: bool = True) -> None:
"""
Remove an item from the inventory and place it on the given location.
This process is more of a "teleporting item" rather than throwing, since the actual throwing/collision is handled in throwable component of an item.
NOTE: You can only throw one item at a time.
Args:
show_msg:
Whether to show a message to the log or not.
"""
# Duplicate and place the item
spliten_item = item.duplicate_self(quantity=1)
self.remove_item(item, remove_count=1)
spliten_item.place(x, y, self.gamemap)
if show_msg:
if self.parent == self.engine.player:
self.engine.message_log.add_message(
f"You threw the {item.name}.")
else:
self.engine.message_log.add_message(
f"{self.parent.name} threw the {item.name}.",
fg=color.gray,
target=self.parent)
return True
