async def chat_mouse_click():
log_process("Left Clicking")
mouse_x, mouse_y = get_mouse_position()[0], get_mouse_position()[1]
print("Got mouse position")
had_to_move, area, _, __ = await test_chat_mouse_pos(mouse_x, mouse_y)
if had_to_move:
log(f"Mouse is in unsafe spot (near {area}), relocating...")
await move_mouse_chat_cmd(mouse_x, mouse_y)
sleep(2)
ACFG.left_click()
async def send_chat(message: str, ocr=False):
await check_active()
for word in CFG.censored_words: # TODO: More effective censoring
if word in message:
message = message.replace(word, "*" * len(word))
for word in CFG.chat_overrides:
if word in message:
message = message.replace(word, CFG.chat_overrides[word])
if ocr:
ACFG.send_message(message, ocr=True)
else:
ACFG.send_message(message)
async def do_anti_afk():
await check_active()
ACFG.look(direction="left", amount=45)
await async_sleep(1)
ACFG.look(direction="right", amount=90)
await async_sleep(1)
ACFG.look(direction="left", amount=45)
def treehouse_to_main():
log_process("AutoNav")
log("Treehouse -> Main")
ACFG.move("w", 3.3, raw=True)
ACFG.move("d", 0.2, raw=True)
ACFG.look("left", 1.10, raw=True)
log_process("")
log("")
async def respawn_character(notify_chat: bool = True):
await check_active()
log_process("Respawning")
if notify_chat:
await send_chat("[Respawning!]")
await async_sleep(0.75)
ACFG.jump()
await async_sleep(0.75)
ACFG.keyPress("KEY_ESC")
await async_sleep(0.5)
ACFG.keyPress("r")
await async_sleep(0.5)
ACFG.keyPress("KEY_RETURN")
await async_sleep(0.5)
log_process("")
async def move_mouse_chat_cmd(x: int, y: int):
desired_x = CFG.screen_res["center_x"] + x
desired_y = CFG.screen_res["center_y"] + y
# Clamp
target_x = min(CFG.screen_res["width"] - 1, desired_x)
target_y = min(CFG.screen_res["height"] - 1, desired_y)
target_x = max(1, target_x)
target_y = max(1, target_y)
had_to_move, area, target_x, target_y = await test_chat_mouse_pos(
target_x, target_y)
# Re-clamp
target_x = min(CFG.screen_res["width"] - 1, target_x)
target_y = min(CFG.screen_res["height"] - 1, target_y)
target_x = max(1, target_x)
target_y = max(1, target_y)
print(target_x, target_y)
ACFG.moveMouseAbsolute(x=target_x, y=target_y)
ACFG.middle_click_software()
return had_to_move, area
def comedy_to_main():
log_process("AutoNav")
log("Comedy Machine -> Main")
ACFG.move("w", 3.75, raw=True)
ACFG.move("a", 0.5)
ACFG.look("right", 0.3875, raw=True)
log_process("")
log("")
async def do_test(direction, amount):
await check_active()
await async_sleep(1)
ACFG.move(direction, amount)
def main_to_classic():
log_process("AutoNav")
log("Main -> BecomeFumo Classic Portal")
ACFG.move("a", 0.25, raw=True)
ACFG.move("s", 4.5, raw=True)
ACFG.move("d", 1.75, raw=True)
ACFG.move("s", 2.6, raw=True)
ACFG.move("a", 1, raw=True)
ACFG.move("s", 2.55, raw=True)
ACFG.move("d", 1, raw=True)
ACFG.move("s", 2.5, raw=True)
ACFG.leap(forward_time=0.3, jump_time=0.25, direction_key="s")
ACFG.move("d", 0.5, raw=True)
ACFG.move("s", 0.3, raw=True)
ACFG.leap(forward_time=0.3, jump_time=0.3, direction_key="s")
ACFG.move("d", 0.2, raw=True)
ACFG.move("s", 0.275, raw=True)
ACFG.leap(forward_time=0.625, jump_time=0.5, direction_key="s")
ACFG.leap(forward_time=1,
jump_time=0.2,
direction_key="d",
jump_delay=0.35)
ACFG.move("s", 0.225, raw=True)
ACFG.leap(forward_time=0.8,
jump_time=0.4,
direction_key="d",
jump_delay=0.3)
ACFG.use()
sleep(5)
ACFG.move("w", 1.8, raw=True)
ACFG.move("d", 0.125, raw=True)
ACFG.move("w", 2.275, raw=True)
ACFG.look("right", 0.375, raw=True)
ACFG.move("s", 0.075, raw=True)
ACFG.move("d", 0.06, raw=True)
log_process("")
log("")
def main_to_train():
log_process("AutoNav")
log("Main -> Train Station")
ACFG.move("a", 0.25, raw=True)
ACFG.move("s", 4.5, raw=True)
ACFG.move("d", 1.525, raw=True)
ACFG.move("s", 2.9, raw=True)
ACFG.move("d", 1, raw=True)
ACFG.move("s", 2, raw=True)
ACFG.move("d", 0.6, raw=True)
ACFG.look("left", 1.5, raw=True)
ACFG.leap(0.75, 0.75)
ACFG.move("w", 0.75, raw=True)
ACFG.leap(1, 1)
ACFG.look("left", 0.75, raw=True)
ACFG.move("s", 0.05, raw=True)
ACFG.move("a", 0.075, raw=True)
ACFG.move("s", 0.1, raw=True)
log_process("")
log("")
def main_to_ratcade():
log_process("AutoNav")
log("Main -> Ratcade")
ACFG.move("a", 1.5, raw=True)
ACFG.move("w", 5, raw=True)
ACFG.move("d", 0.5, raw=True)
ACFG.move("w", 0.9, raw=True)
ACFG.move("d", 2, raw=True)
ACFG.move("w", 0.075, raw=True)
ACFG.move("a", 0.075, raw=True)
ACFG.move("s", 0.075, raw=True)
ACFG.look("right", 0.75, raw=True)
log_process("")
log("")
def main_to_shrimp_tree():
log_process("AutoNav")
log("Main -> Shrimp Tree")
# If main spawn is facing North,
# Turn to face West
ACFG.look("left", 0.75, raw=True)
ACFG.move("a", 1.3, raw=True) # 0.3576
ACFG.move("w", 0.75, raw=True)
# Right in front of first step
ACFG.leap(0.54, 0.475)
# Right before first tree
ACFG.leap(0.4, 0.4)
# Move towards edge of tree
ACFG.move("a", 0.1, raw=True)
# Turn towards shrimp tree
ACFG.look("left", 1.135, raw=True)
# Leap to Shrimp Tree
ACFG.leap(0.6, 0.4)
# Face South, character looking North
ACFG.look("right", 0.385, raw=True)
ACFG.move("a", 0.07, raw=True)
ACFG.move("s", 0.07, raw=True)
ACFG.move("d", 0.07, raw=True)
log_process("")
log("")
def main_to_treehouse():
log_process("AutoNav")
log("Main -> Funky Treehouse")
ACFG.move("a", 1.5, raw=True)
ACFG.move("w", 3, raw=True)
ACFG.move("a", 1, raw=True)
ACFG.move("w", 1.5, raw=True)
ACFG.move("a", 1.1, raw=True)
ACFG.move("s", 1, raw=True)
ACFG.leap(forward_time=1, jump_time=1, direction_key="s")
ACFG.move("s", 0.5, raw=True)
ACFG.move("d", 0.5, raw=True)
ACFG.move("w", 0.3, raw=True)
ACFG.move("d", 0.2, raw=True)
ACFG.leap(forward_time=0.305, jump_time=0.3, direction_key="w")
ACFG.move("d", 0.2, raw=True)
ACFG.leap(forward_time=0.6,
jump_time=0.3,
direction_key="s",
jump_delay=0.15)
ACFG.move("w", 0.125, raw=True)
ACFG.leap(forward_time=0.2,
jump_time=0.3,
direction_key="d",
jump_delay=0.1)
ACFG.move("d", 0.125, raw=True)
ACFG.leap(forward_time=0.2, jump_time=0.3, direction_key="d")
ACFG.move("s", 0.5, raw=True)
ACFG.leap(forward_time=0.2, jump_time=0.2, direction_key="s")
ACFG.move("a", 0.1, raw=True)
ACFG.move("s", 0.15, raw=True)
ACFG.move("a", 0.8, raw=True)
ACFG.move("w", 0.125, raw=True)
ACFG.leap(forward_time=0.3, jump_time=0.15, direction_key="d")
ACFG.move("d", 1.7, raw=True)
ACFG.move("w", 0.5, raw=True)
ACFG.move("a", 0.5, raw=True)
ACFG.move("s", 0.41, raw=True)
ACFG.move("d", 0.55, raw=True)
ACFG.leap(forward_time=0.4, jump_time=0.75, direction_key="a")
ACFG.leap(forward_time=0.2,
jump_time=0.3,
direction_key="d",
jump_delay=0.1)
ACFG.move("s", 0.075, raw=True)
ACFG.move("a", 0.05, raw=True)
from arduino_integration import ACFG
ACFG.initalize_serial_interface(do_log=True)
print("Initialized Serial")
from typing import Tuple, Union
from pyautogui import position as get_mouse_position
from arduino_integration import ACFG, CFG
from config import OBS
from utilities import (
check_active,
kill_process,
log,
log_process,
notify_admin,
output_log,
)
ACFG.initalize_serial_interface(do_log=False)
async def send_chat(message: str, ocr=False):
await check_active()
for word in CFG.censored_words: # TODO: More effective censoring
if word in message:
message = message.replace(word, "*" * len(word))
for word in CFG.chat_overrides:
if word in message:
message = message.replace(word, CFG.chat_overrides[word])
if ocr:
ACFG.send_message(message, ocr=True)
else:
ACFG.send_message(message)