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alexpolo1
2024-04-10 15:20:49 +02:00
parent bb199a9bf2
commit 4ec7fc9346
1 changed files with 56 additions and 61 deletions
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117
traderv2.py
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@@ -12,6 +12,9 @@ screenshot = ImageGrab.grab(left_side_trade_window_area)
xp_potion_color = (238, 231, 153) # XP potion color
red_x_color = (186, 55, 15) # Red 'X' color
red_x_areas = [(2505, 1424), (2898, 1122)] # Coordinates where the red 'X' can appear
# Number of attempts to retry starting a new trade if a trader is blocked
max_retry_attempts = 5
successful_trades = 0
def log_and_print(message):
@@ -61,8 +64,6 @@ def hold_key_for_duration(key, duration):
subprocess.run(['xdotool', 'keyup', key])
log_and_print(f"Released '{key}' key.")
def move_mouse(x, y):
subprocess.run(['xdotool', 'mousemove', str(x), str(y)])
@@ -80,11 +81,9 @@ def fill_inventory_with_emeralds():
cord2 = (2561, 975)
log_and_print("Selecting 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
log_and_print("Closing chest...")
log_and_print("Closing emmerald chest...")
subprocess.run(['xdotool', 'key', 'Escape']) # Press Esc to exit the chest
time.sleep(1)
@@ -96,25 +95,20 @@ def move_first_trade():
subprocess.run(['xdotool', 'keyup', 'a'])
time.sleep(1)
# main function doing the trades and looking for red x as blocked trades
# TRADE ACTIONS !! main function doing the trades and looking for red x as blocked trades
def trade_actions():
global successful_trades
trader_blocked = False # Initialize as False
attempts = 0
found_x, found_y = None, None # Initialize coordinates for XP potion
time.sleep(1)
if not check_trade_window():
log_and_print("Trade window not detected after adjustments. Stopping script.")
return False
drag_slider(2599, 1071, 2598, 1419)
time.sleep(3)
log_and_print("Checking for red X")
trade_window_area = (2317, 994, 3126, 1472) # Defined area
screenshot = ImageGrab.grab(trade_window_area)
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):
@@ -122,64 +116,69 @@ def trade_actions():
log_and_print("Red X found. Trader is blocked.")
trader_blocked = True
break # Break the inner loop if red 'X' found
if trader_blocked:
break # Break the outer loop if red 'X' found
# If trader is not blocked, look for XP potion
if not trader_blocked:
log_and_print("Looking for XP potion")
for x in range(screenshot.width):
for y in range(screenshot.height):
if screenshot.getpixel((x, y))[:3] == xp_potion_color:
found_x, found_y = x, y
log_and_print(f"XP potion found at ({found_x}, {found_y}). Initiating purchase.")
# Adjust found_x and found_y based on the relative position within the whole screen
global_x = found_x + 2317 # Add the left offset of the screenshot area
global_y = found_y + 994 # Add the top offset of the screenshot area
click(global_x, global_y)
shift_click(2990, 1119)
log_and_print("xp potion bought")
break
if found_x is not None:
log_and_print("XP potion not found. Using fallback coordinates.")
click(2552, 1433)
shift_click(2990, 1119)
click(2551, 1365)
shift_click(2552, 1433)
log_and_print("xp potion boght with fallback")
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
# Exiting trade window and moving to next trade
log_and_print("Looking for XP potion")
potion_bought = False # Flag to check if potion is bought
for x in range(screenshot.width):
for y in range(screenshot.height):
if screenshot.getpixel((x, y))[:3] == xp_potion_color:
found_x, found_y = x, y
log_and_print(f"XP potion found at ({found_x}, {found_y}). Initiating purchase.")
global_x = found_x + 2317 # Adjust for global positioning
global_y = found_y + 994
click(global_x, global_y)
shift_click(2990, 1119)
log_and_print("XP potion bought.")
potion_bought = True
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.")
click(2552, 1433)
time.sleep(1)
shift_click(2990, 1119)
click(2551, 1365)
time.sleep(1)
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 successful. Moving to the next trader.")
successful_trades += 1 # Increment only if trade was successful
log_and_print("Trade completed. Moving to the next trader.")
successful_trades += 1 # Increment success count
# Prepare for the next trade
# 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 not trader_blocked # Return True if trade was successful, False otherwise
return True # Indicates that the function completed without encountering a blocked trader
def check_trade_window():
log_and_print("Checking for trade window...")
trade_window_area = (2317, 994, 3126, 1472) # Defined area
screenshot = ImageGrab.grab(trade_window_area)
target_color = (178, 67, 32) # Target color for trade window
#use right click to check for trade window
log_and_print("useing right click to check for trade window")
right_click(1168, 306)
for x in range(screenshot.width):
for y in range(screenshot.height):
if screenshot.getpixel((x, y))[:3] == target_color:
log_and_print("Trade window detected.")
return True
log_and_print("Trade window not detected. Adjusting position.")
adjustment_combinations = [('a', 0.1), ('d', 0.1), ('a', 0.2), ('d', 0.2)]
for _ in range(5):
@@ -196,33 +195,28 @@ def check_trade_window():
if screenshot.getpixel((x, y))[:3] == target_color:
log_and_print("Trade window detected after adjustment.")
return True
log_and_print("Trade window not found after adjustments.")
post_to_discord("Trade window not found.")
return False
successful_trades = 0
def dump_xp_potions():
log_and_print("Dumping XP potions into dump chest...")
right_click(1168, 306)
time.sleep(2) # Wait a moment for the chest to open
cord1 = (2937, 1515)
cord2 = (2881, 1514)
cord1 = (2616, 1347)
cord2 = (2779, 1348)
log_and_print("Selecting xp potions...")
click(cord1[0], cord1[1]) # Move to cord1 and left-click to select emeralds
log_and_print("Transferring xp potions to dump cehst...")
log_and_print("Transferring xp potions to dump chest...")
shift_double_click(cord2[0], cord2[1]) # Move to cord2 and shift-left-click to transfer emeralds
log_and_print("Closing chest...")
subprocess.run(['xdotool', 'key', 'Escape']) # Press Esc to exit the chest
time.sleep(1)
first_run = True # Flag to check if it's the first run
def focus_minecraft_window():
global first_run
log_and_print("Focusing Minecraft window...")
@@ -235,31 +229,32 @@ 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
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
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")
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")
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:
log_and_print("starting trade cycle")
perform_trading_cycle()
hold_key_for_duration('d', 25) # Adjust the key and duration as needed
log_and_print("cycle done waiting 5")
time.sleep(5) # Delay before next cycle starts
# Run the main loop