Addiction Automated

^0:: Loop, 1000 { Send, {Esc down} Sleep, 10 Send, {Esc up} Sleep, 50 Send, {Down down} Sleep, 10 Send, {Down up} Sleep, 50 Send, {Enter down} Sleep, 10 Send, {Enter up} Sleep, 10 Send, {Enter down} Sleep, 10 Send, {Enter up} Sleep, 4000 Send, {x down} Sleep, 10 Send, {x up} Sleep, 10 Send, {x down} Sleep, 10 Send, {x up} Sleep, 2000 } F4::ExitApp

''' Addictlunky is a Python script that automates the process of dying, and restarting the game, in Spelunky, to increase the death counter. This either can be used to unlock the "Addicted" achievement, or to increase the probability of the four random coffins' generation in the four different areas of the game. To use the script, follow these steps: 1. Make sure you have Python 3 installed. 2. Install the pydirectinput and pynput libraries using pip: pip install pydirectinput pynput 3. Open Spelunky. - The game should either be on the "Game Over" screen, or in the middle of a run, with the level timer running. - The game should have keyboard input enabled. 4. Run the script using Python: python addictlunky.py 5. You have 3 seconds to switch focus back to the game window. - You can change this by modifying the PAUSE_SECONDS value below. 6. The script will run until the desired number of deaths is reached. - You can change this by modifying the DEATH_LOOPS value below. 7. Press F4 to stop the script at any time. ''' # Configuration PAUSE_SECONDS = 3 DEATH_LOOPS = 1000 import time import pydirectinput from pynput import keyboard class Addictlunky: def __init__(self, death_loops, avg_seconds_per_loop=7.51): self.death_loops = death_loops self.avg_seconds_per_loop = avg_seconds_per_loop self.session_loops = 0 self.start_time = 0 self.end_time = 0 self.time_elapsed = 0 self.running = True self.listener = keyboard.Listener(on_release=self.on_release) self.listener.start() def on_release(self, key): if key == keyboard.Key.f4: print("Addictlunky has been stopped by the user!") self.stop() def estimate(self): total_loops_remaining = self.death_loops - self.session_loops total_estimated_time = self.avg_seconds_per_loop * total_loops_remaining print("") print(f" TOTAL LOOPS REMAINING: {total_loops_remaining}") print( f"ESTIMATED COMPLETION IN: { total_estimated_time / 3600:.2f } hours | { total_estimated_time / 60:.2f } minutes | { total_estimated_time:.2f } seconds" ) print("") def stop(self): if not self.running: return False self.running = False self.end_time = time.time() self.time_elapsed = self.end_time - self.start_time print(f"\nAddictlunky has stopped!\n") print( f"TIME ELAPSED: { self.time_elapsed / 3600:.2f } hours | { self.time_elapsed / 60:.2f } minutes | { self.time_elapsed:.2f } seconds" ) return False def run_pause_timer(self, seconds=PAUSE_SECONDS, init=True): status_string = "Starting" if init else "Resuming" print(f"\n{status_string} Addictlunky in {seconds} seconds...\n") for i in range(seconds): print(f"{seconds - i}...") time.sleep(1) print("\nAddictlunky is active!\n") def run_death_loop(self): if (self.session_loops % 10 == 0): self.estimate() pydirectinput.press("x") # Quick Restart (Game Over screen) / Whip (in-game) time.sleep(2) pydirectinput.press("esc") # Pause · Options pydirectinput.press("down") # Select · End Adventure pydirectinput.press("enter") # Choose · End Adventure pydirectinput.press("enter") # Confirm · End Adventure time.sleep(2) self.session_loops += 1 print(f"{self.session_loops} out of {self.death_loops} loops done...") time.sleep(2) def start(self): self.run_pause_timer() self.start_time = time.time() for i in range(self.death_loops): if not self.running: break self.run_death_loop() self.stop() addictlunky = Addictlunky(death_loops=DEATH_LOOPS) addictlunky.start()