👗 Equip Items

👨🏼‍💻

Get Started - Learn How To Make Your Bot!

List of all currently Free Items

🕺🏼

List of all currently Free Emotes

📝

Highrise Bot SDK Changelog

Concept

Want a easier way to change your bot’s outfit? You found it!

Today we are gonna make a function to change the bot’s outfit using on_chat commands. To do that we will use the

📬 Command Handler, note that this use is optional, you can implement this function directly on your main code or directly on your on_chat method.

The command format used is /equip <Item Name> <index (optional)>.

⚠️

MAKE SURE TO READ HOW CHANGING THE OUTFIT WORKS ABOVE:

Highrise Official Documentation for Creators.

Methods/Functions used:

💬 Chat

💬 On_chat

🧦 Get_items

👖 Get_inventory

🩴 Buy_item

👕 Get_my_outfit

🩴 Set_outfit

Required Libraries

highrise-bot-sdk

Code

First of all, let’s create a new file called equip.py inside of our functions folder:

Here’s what we will need to import into our equip.py file:


from highrise import *
from highrise.models import *
from highrise.webapi import *
from highrise.models_webapi import *

Modules to import in the equip.py file.

Let’s proceed to our function definition, since we’re using the command handler for this example, your function name will be the command that you will use in the chat to call it, I will name mine as equip:


from highrise import *
from highrise.webapi import *
from highrise.models_webapi import *
from highrise.models import *

async def equip(self: BaseBot, user: User, message: str):

Example of how the function will be defined in the equip.py file.

Finally, let’s implement the function and after it you will see a detailed step by step guide on how the code works:


from highrise import *
from highrise.webapi import *
from highrise.models_webapi import *
from highrise.models import *

async def equip(self: BaseBot, user: User, message: str):
        #gets the item id and category from the message
        parts = message.split(" ")
        if len(parts) < 2:
            await self.highrise.chat("You need to specify the item name.")
            return
        item_name = ""
        for part in parts[1:]:
            item_name += part + " "
        item_name = item_name[:-1]
        #check if the last part of the message is a number
        index = 0
        if item_name[-1].isdigit():
            item_name = item_name[:-2]
            index = int(parts[-1])
        item = (await self.webapi.get_items(item_name = item_name)).items
        #checks if the response is valid
        if item == []:
            await self.highrise.chat(f"Item '{item_name}' not found.")
            return
        elif len(item) > 1:
            await self.highrise.chat(f"Multiple items found for '{item_name}', using the item number {index} in the list {item[index].item_name}.")
        item = item[index]
        item_id = item.item_id
        category = item.category
        #--------------------------------------------------------#
        
        verification = False
        #checks if the bot has the item
        inventory = (await self.highrise.get_inventory()).items
        for inventory_item in inventory:
            if inventory_item.id == item_id:
                verification = True
                break
        if verification == False:
            #checks if the item is free
            if item.rarity == Rarity.NONE:
                pass
            #checks if the item is purchasable
            elif item.is_purchasable == False:
                await self.highrise.chat(f"Item '{item_name}' can't be purchased.")
                return
            else:
                try:
                    response = await self.highrise.buy_item(item_id)
                    if response != "success":
                        await self.highrise.chat(f"Item '{item_name}' can't be purchased.")
                        return
                    else:
                        await self.highrise.chat(f"Item '{item_name}' purchased.")
                except Exception as e:
                    print(e)
                    await self.highrise.chat(f"Exception: {e}'.")
                    return
                
        #--------------------------------------------------------#
        new_item = Item(type = "clothing",
                    amount = 1,
                    id = item_id, 
                    account_bound=False,
                    active_palette=0,)
        #--------------------------------------------------------#
        #checks if the item category is already in use
        outfit = (await self.highrise.get_my_outfit()).outfit
        items_to_remove = []
        for outfit_item in outfit:
            #the category of the item in an outfit can be found by the first string in the id before the "-" character
            item_category = outfit_item.id.split("-")[0][0:4]
            print(f"{item_category}")
            if item_category == category[0:4]:
                items_to_remove.append(outfit_item)
        for item_to_remove in items_to_remove:
            outfit.remove(item_to_remove)
        #if the item is a hair, also equips the hair_back
        if category == "hair_front":
            hair_back_id = item.link_ids[0]
            hair_back = Item(type = "clothing",
                            amount = 1,
                            id = hair_back_id, 
                            account_bound=False,
                            active_palette=0,)
            outfit.append(hair_back)
        outfit.append(new_item)
        await self.highrise.set_outfit(outfit)

Function implementation in the equip.py file.

Now let’s understand how the code works:

from highrise import *, from highrise.webapi import *, from highrise.models_webapi import *, and from highrise.models import *:

These lines import the necessary modules and classes required for interacting with the game's API, both for the main bot logic, web API calls, and various models.

async def equip(self: BaseBot, user: User, message: str):

This is an asynchronous function named equip.

It takes four parameters: self (a reference to the instance of the class this method belongs to), user (an object representing the user who sent the chat message), and message (a string representing the chat message sent by the user).

parts = message.split(" "):

The function splits the message into individual words using space as the separator and stores them in the list parts.

if len(parts) < 2::

If there are fewer than two words in the message, it means the user didn't provide enough information.

The function sends a message to the chat using self.highrise.chat() to inform the user that they need to specify the item name and then returns, ending the function.

item_name = "" and for part in parts[1:]: item_name += part + " ":

These lines concatenate the words from parts[1:] to form the item_name.

The loop runs through each word in parts starting from index 1.

item_name = item_name[:-1]:

This removes the trailing space from the item_name since it was added at the end of the previous loop.

index = 0 and if item_name[-1].isdigit(): item_name = item_name[:-2] index = int(parts[-1]):

The code checks if the last character of the item_name is a digit, indicating that an item index has been provided.

If an index is present, it removes the last two characters from item_name (to remove the space and the index) and assigns the integer value of the last part of parts to the index variable.

item = (await self.webapi.get_items(item_name = item_name)).items:

The code calls an asynchronous method get_items(item_name=item_name) on self.webapi to fetch item data based on the specified item_name.

The result is awaited using await.

The method seems to return some kind of response object, and item appears to contain the item data.

The code checks if the response is valid and whether an item was found. If no item is found, or if multiple items are found, it sends appropriate messages to the chat and returns, ending the function.

item = item[index]:

If an index is provided, the code retrieves the item with the specified index from the list of items.

item_id, category = ...:

The code extracts the necessary information from the item object, such as item_id and category.

The code then checks if the bot already has the item. If not, it checks if the item is purchasable or free, and if it's purchasable, it attempts to buy it. If the purchase is unsuccessful, it sends an appropriate message to the chat and returns.

new_item = ...:

The code creates a new Item object representing the newly equipped item.

The code then fetches the bot's outfit, identifies items of the same category, and removes them from the outfit.

If the category is "hair_front," the code also equips the corresponding "hair_back" item.

Finally, the new item and, potentially, the hair_back item are appended to the outfit, and the updated outfit is set using self.highrise.set_outfit(outfit).