Nanosecond Autoclicker -

USE_BUSY_WAIT = True # If False, uses time.sleep (less precise) STOP_HOTKEY = Key.esc # Press ESC to stop

def clicker_loop(): global clicking print(f"Nanoclicker started. Interval = {INTERVAL_SECONDS * 1e9:.1f} ns") print(f"Press {STOP_HOTKEY.name.upper()} to stop.\n") while clicking: click_start = time.perf_counter() # Perform click mouse.click(Button.left, 1) # Calculate elapsed time for this click elapsed = time.perf_counter() - click_start # Wait remaining time to maintain exact interval remaining = INTERVAL_SECONDS - elapsed if remaining > 0: if USE_BUSY_WAIT: high_precision_sleep(remaining) else: time.sleep(remaining) # less accurate, less CPU def on_press(key): global clicking, click_thread if key == STOP_HOTKEY: clicking = False print("\nStopping...") return False # stop listener nanosecond autoclicker

It uses time.perf_counter() (microsecond/nanosecond precision on many systems) and busy-wait loops to achieve very low jitter. USE_BUSY_WAIT = True # If False, uses time

last_log = time.perf_counter() click_count = 0 while clicking: mouse.click(Button.left, 1) click_count += 1 now = time.perf_counter() if now - last_log >= 1.0: print(f"{click_count} clicks/sec") click_count = 0 last_log = now # ... then delay loop ... This will show you the on your machine. then delay loop

import time import threading from pynput.mouse import Button, Controller as MouseController from pynput.keyboard import Listener, Key

# --- Global state --- clicking = False mouse = MouseController()