Answer: You can do this without using any specific software. Here's the code to make it happen: ```python import math from sympy.ntheory import SymbolicFiniteGroup, PolyhedralCavitySpectrumDist from "SymPy", and ctypes for Windows API in Python with PySide package manager installed on your system (which includes a lot of helpful modules): # 1) Create the cursor sets - Cursors.jl: A list of cursors can be created using various methods, such as mouse movement or keyboard inputs. Here is an example where we create a simple array that stores all the different types of cursors available for the user to choose from: ```python import random class CursorPack: def __init__(self): cursor_type = ['cross', 'hand', 'arrow', 'text-select'] cursor_styles = { "standard": "Standard", "fancy": ["Awesome!","Cute"], "animated": {"size" : 30, "color": "#00ffffff"}, "steadyCursor": True, "pulseInterval": 5} cursor_pack = { def __init__(self): self.colors = {} def initialize(self): for cursor in cursor_type: if not cursor_style in cursor_styles[cursor]: raise ValueError("Invalid Cursor style") class MousePositionHandler: def __init__(self, x=0, y=0, width=45, height=30): self.x = x self.y = y self.width = 60 self.height = height cursors = [] for cursor_type in cursor_types: cursors.append(Cursor(cursor_type, cursor_styles[cursor_style], self)) def __init__(self): self.x = 0 # Initial x-coordinate on the screen self.y = 25 class Cursor: def move(self, dx=0, dy=0): """cursor location is now (x + dx, y + dy) where x and y are initial coordinates"""