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ver1

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alexpolo1
2024-04-24 08:15:59 +02:00
parent 72d7c5d520
commit a76e0ca8da
1 changed files with 71 additions and 70 deletions
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141
traderv2.py
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@@ -44,22 +44,53 @@ def click(x, y):
log_and_print("Performing left click.")
subprocess.run(['xdotool', 'click', '1']) # Left-click
def shift_click(x, y):
def shift_click():
x, y = 2990, 1121 # Hardcoded coordinates for the shift-click action
subprocess.run(['xdotool', 'keyup', 'Super_L', 'Super_R'])
log_and_print("Performing shift click.")
move_mouse(x, y)
move_mouse(x, y) # Ensure the mouse moves to the right coordinates before clicking
time.sleep(1) # Added delay before pressing shift
subprocess.run(['xdotool', 'keydown', 'shift'])
time.sleep(1) # Added delay to ensure shift is held down
log_and_print("click 1")
subprocess.run(['xdotool', 'click', '1']) # Left-click
time.sleep(1) # Added delay before releasing shift
move_mouse(x, y)
log_and_print("ekstra click 2")
subprocess.run(['xdotool', 'click', '1']) # Left-click
log_and_print("Clicking at ({}, {})".format(x, y))
subprocess.run(['xdotool', 'click', '1']) # Perform the click
time.sleep(1) # Added delay before releasing shift
subprocess.run(['xdotool', 'keyup', 'shift'])
def trade_fallback():
log_and_print("Initiating fallback trading sequence.")
# First fallback potion
log_and_print("Buying fallback potion at first preset coordinates.")
click(2552, 1433) # Click on the fallback potion position
time.sleep(2) # Allow time for the GUI to respond
shift_click() # Confirm the purchase
log_and_print("First fallback potion transaction attempted.")
# Second fallback potion (if needed)
log_and_print("Buying fallback potion at second preset coordinates.")
click(2551, 1365) # Click on the second fallback potion position
time.sleep(2) # Allow time for the GUI to respond
shift_click() # Confirm the purchase
log_and_print("Second fallback potion transaction attempted.")
log_and_print("Fallback trading actions completed.")
def finish_trading():
# Exiting the trade window by sending the 'Escape' key
log_and_print("Exiting trade window.")
subprocess.run(['xdotool', 'key', 'Escape'])
time.sleep(1) # Brief delay to ensure the action has been processed
# Logging and updating trade success count
log_and_print("Trade completed. Moving to the next trader, good trade +1.")
global successful_trades
successful_trades += 1 # Increment success count
# Move slightly to prepare for interaction with the next trader
log_and_print("Adjusting position to face the next trader.")
subprocess.run(['xdotool', 'keydown', 'a']) # Simulate pressing 'a' to move left
time.sleep(0.35) # Hold the key briefly to simulate a slight move
subprocess.run(['xdotool', 'keyup', 'a']) # Release the key
time.sleep(1) # Wait a moment before the next action
def hold_key_for_duration(key, duration):
log_and_print(f"Waiting 5 seconds before holding '{key}' key for {duration} seconds.")
time.sleep(5) # Delay for 5 seconds
@@ -88,6 +119,7 @@ def fill_inventory_with_emeralds():
click(cord1[0], cord1[1]) # Move to cord1 and left-click to select emeralds
log_and_print("Transferring emeralds to inventory...")
shift_double_click(cord2[0], cord2[1]) # Move to cord2 and shift-left-click to transfer emeralds
time.sleep(1)
log_and_print("Closing emmerald chest...")
subprocess.run(['xdotool', 'key', 'Escape']) # Press Esc to exit the chest
time.sleep(1)
@@ -112,24 +144,6 @@ def trade_actions():
return False
drag_slider(2599, 1071, 2598, 1419)
time.sleep(3)
# log_and_print("Checking for red X")
# screenshot = ImageGrab.grab(left_side_trade_window_area) # Defined area
# Search for red 'X'
# for x in range(screenshot.width):
# for y in range(screenshot.height):
# if screenshot.getpixel((x, y))[:3] == red_x_color:
# log_and_print("Red X found. Trader is blocked.")
# trader_blocked = True
# break # Break the inner loop if red 'X' found
# if trader_blocked:
# log_and_print("Exiting due to blocked trader. Attempting next trader in the main loop.")
# break
# if trader_blocked: # Here, you would typically have logic to handle moving to the next trader.
# log_and_print("ugibugi i dont know loops")
# Return or continue based on your function's needs.
# 'return False' would be used if you need to indicate this specific attempt failed but will try the next.
# return False
log_and_print("Looking for XP potion")
potion_bought = False # Flag to check if potion is bought
for x in range(screenshot.width):
@@ -141,41 +155,20 @@ def trade_actions():
global_y = found_y + 994
click(global_x, global_y)
time.sleep(2)
shift_click(2990, 1119)
shift_click()
log_and_print("XP potion bought.")
potion_bought = True
successful_trades += 1 # Increment the successful trades count
finish_trading()
break
if not potion_bought: # Use fallback if XP potion is not found or after attempting to buy it
log_and_print("Using fallback coordinates for XP potion.")
log_and_print("buying fallback potion 1.")
click(2552, 1433)
time.sleep(2)
shift_click(2990, 1119)
log_and_print("buying fallback potion 2.")
time.sleep(2)
click(2551, 1365)
time.sleep(2)
shift_click(2552, 1433)
log_and_print("Fallback action executed.")
# Exiting trade window and preparing for the next trade
log_and_print("Exiting trade window.")
subprocess.run(['xdotool', 'key', 'Escape'])
time.sleep(1)
log_and_print("Trade completed. Moving to the next trader.")
successful_trades += 1 # Increment success count
# Move slightly to prepare for the next trade
subprocess.run(['xdotool', 'keydown', 'a'])
time.sleep(0.35)
subprocess.run(['xdotool', 'keyup', 'a'])
time.sleep(1)
return True # Indicates that the function completed without encountering a blocked trader
if potion_bought:
break
# Use fallback if XP potion is not found
if not potion_bought:
trade_fallback()
finish_trading()
return False
return True # Indicates the trade actions completed successfully
def check_trade_window():
@@ -211,8 +204,6 @@ def check_trade_window():
post_to_discord("Trade window not found.")
return False
def dump_xp_potions():
log_and_print("Dumping XP potions into dump chest...")
right_click(1168, 306)
@@ -241,27 +232,37 @@ def focus_minecraft_window():
time.sleep(2)
first_run = False # Set the flag to False after the first run
# Function to perform a cycle of trading actions
def perform_trading_cycle():
global successful_trades
successful_trades = 0
successful_trades = 0 # Reset count at the start of each cycle
focus_minecraft_window()
fill_inventory_with_emeralds() # Fill up on emeralds before starting trades
move_first_trade()
for _ in range(50): # Number of trades to perform
if not trade_actions():
break # Stop the script if trade window is not detected
#esc might not be needed
#log_and_print("using ESC to be ready to run for dump chest")
#subprocess.run(['xdotool', 'key', 'Escape'])
log_and_print("trade window not detected moveing to dump chest")
# Define the number of trade attempts
trade_attempts = 50
for _ in range(trade_attempts): # Loop for defined number of trades
trade_successful = trade_actions()
if not trade_successful:
log_and_print(f"Trade attempt failed or blocked, continuing to next. Attempt {_ + 1} of {trade_attempts}")
else:
log_and_print(f"Trade attempt successful. Attempt {_ + 1} of {trade_attempts}")
# Check if the number of successful trades reached the desired trades before moving to dump chest
if successful_trades >= trade_attempts:
break
log_and_print("Moving to dump chest after trade attempts.")
hold_key_for_duration('a', 25) # Adjust the key and duration as needed
dump_xp_potions() # Dump XP potions after completing trades
trade_summary = f"Trading session completed. Trades performed: {successful_trades}"
post_to_discord(trade_summary)
log_and_print("cycle done, moving back to start")
log_and_print("Cycle done, moving back to start.")
hold_key_for_duration('d', 25) # Adjust the key and duration as needed
# Main loop to run trading cycles and reset position
def main_loop():
while True: