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main.py
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# region Imports
import win32gui
from ctypes import windll
import time
import pytesseract
import cv2
import imutils
import numpy as np
import PIL
import os
import keyboard as kb
from pynput import keyboard
from math import sqrt
from tkinter import BooleanVar
# data
from collections import deque
import winsound
#from natsort import natsorted
import win32com.client as comclt
from scipy.ndimage import morphology
from scipy.spatial import distance
from scipy.stats import moment
wsh= comclt.Dispatch("WScript.Shell")
pytesseract.pytesseract.tesseract_cmd = r"C:\\Tesseract-OCR\\tesseract.exe"
#LOCAL
import data
import image as img
from screen_elements import *
from window_interaction import *
from extras import *
from client_manager import *
from choose_client_gui import choose_capture_window
from main_GUI import *
from tkinter import BooleanVar,StringVar,IntVar,PhotoImage
from functools import partial
# endregion
class Bot:
def __init__(self):
self.base_directory = os.getcwd()
self.hwnd = choose_capture_window()
self.character_name = self.getCharacterName()
if (self.character_name == None):
print("You are not logged in.")
exit()
client_rect = win32gui.GetClientRect(self.hwnd)
self.width = client_rect[2]
self.height = client_rect[3]
print("width: "+str(self.width) + " height: "+str(self.height))
self.left, self.top, self.right, self.bottom = win32gui.GetWindowRect(self.hwnd)
print("left: "+str(self.left) + " top: "+str(self.top) + " right: "+str(self.right) + " bottom: "+str(self.bottom))
#self.height = abs(self.bottom - self.top)
#self.width = abs(self.right - self.left)
#green (0, 192, 0)
#light green (96,192,96)
#yellow (192,192,0)
#light red (192, 0, 0)
#red (192, 48, 48)
#dark red (96, 0, 0)
self.hp_colors =((0, 192, 0),(96,192,96),(192,192,0),(192, 0, 0),(192, 48, 48),(96, 0, 0),(192, 192, 192))
self.low_hp_colors = ((192,192,0),(192, 0, 0),(192, 48, 48),(96, 0, 0))
self.party_colors = {"cross": {"leader2" :(190, 137, 26) ,"leader": (242, 9, 3), "follower":(255, 4, 1)},
"check": {"leader2" :(255, 149, 16) ,"leader": (27, 254, 21), "follower":(13, 255, 11)}}
self.party_colors_current = "cross"
# region Scren Elements Init
self.s_Stop = ScreenElement("Stop",self.hwnd,'stop.png',lambda w,h: (w - 200, 0 , w, int(h/2)))
self.s_ActionBar = BoundScreenElement("ActionBar",self.hwnd,'action_bar_start.png','action_bar_end.png',lambda w,h: (0, int(h/4), int(w/3), h),lambda w,h: (int(2*w/3), int(h/4), w, h),(2,0))
self.s_GameScreen = GameScreenElement("GameScreen",self.hwnd,'hp_start.png','action_bar_end.png',lambda w,h: (150, 0, 300, 150),lambda w,h: (int(2*w/3), int(h/4), w, h),(2,0))
self.s_BattleList = ScreenWindow("BattleList",self.hwnd,'battle_list.png',2)
self.s_Skills = ScreenWindow("Skills",self.hwnd,'skills.png',1)
self.s_Party = ScreenWindow("Party",self.hwnd,'party_list.png',10)
self.s_Map = RelativeScreenElement("Map",self.hwnd,self.s_Stop,(-118,-259,-52,-161)) #
self.s_Bless = RelativeScreenElement("Bless",self.hwnd,self.s_Stop,(-104,-144,-135,-147))
self.s_Buffs = RelativeScreenElement("Buffs",self.hwnd,self.s_Stop,(-118,0,-53,-1))
self.s_Health = RelativeScreenElement("Health",self.hwnd,self.s_Stop,(-103,+18,-53,+14))
self.s_Mana = RelativeScreenElement("Mana",self.hwnd,self.s_Stop,(-103,+31,-53,+27))
self.s_Capacity = RelativeScreenElement("Capacity",self.hwnd,self.s_Stop,(-45,-13,-52,-15))
self.s_WindowButtons = RelativeScreenElement("WindowButtons",self.hwnd,self.s_Stop,(-118,71,-52,164))
self.ScreenElements = [self.s_Stop]
self.BoundScreenElements = [self.s_GameScreen,self.s_ActionBar]
self.ScreenWindows = [self.s_BattleList,self.s_Skills,self.s_Party]
self.RelativeScreenElements = [self.s_Map,self.s_Bless,self.s_Buffs,self.s_Health,self.s_Mana,self.s_Capacity,self.s_WindowButtons]
#element order is important
self.ElementsLists = [self.ScreenElements,self.BoundScreenElements,self.RelativeScreenElements,self.ScreenWindows,]
# endregion
#GUI variables
self.loop = True
self.cavebot = False
self.attack = True
self.attack_spells = True
self.check_monster_queue = True
self.res = False
self.amp_res = False
self.follow_party = False
self.hp_heal = True
self.mp_heal = True
self.use_haste = True
self.use_food = True
self.manage_equipment = False
self.use_ring = False
self.use_amulet = False
self.loot_on_spot = False
self.single_spot_hunting = False
self.waypoint_folder = "test"
self.hppc = 100
self.mppc = 100
self.player_list = {}
self.player_list["Mateogon"] = {"vocation" :"knight", "spell_area" : 3}
self.player_list["Master Liqui"] = {"vocation" :"knight", "spell_area" : 3}
self.player_list["Thyrion"] = {"vocation" :"paladin", "spell_area" : 5}
self.player_list["Zane"] = {"vocation" :"sorcerer", "spell_area" : 3}
self.player_list["Helios"] = {"vocation" :"druid", "spell_area" : 6}
self.player_list["Kaz"] = {"vocation" :"druid", "spell_area" : 6}
self.party_leader = "Mateogon"
self.vocation = self.player_list[self.character_name]["vocation"]
self.party = {}
self.party_positions = []
#hp history for burst damage
self.hp_queue = deque([], maxlen=3)
for i in range(0, 3):
self.hp_queue.append(100)
#monster around previous 10 seconds
self.monster_queue_time = 0
self.monster_queue = deque([], maxlen=10)
for i in range(0, 10):
self.monster_queue.append(0)
#buff dict
self.buffs = {}
#boolean to alternate between 2 spells
self.spell_alternate = True
self.last_attack_time = timeInMillis()
self.normal_delay = getNormalDelay() #for randomness
self.exeta_res_time = time.time()
self.exeta_res_cast_time = 3
self.amp_res_time = time.time()
self.amp_res_cast_time = 6
#configs
self.mp_thresh = 30
self.safe_mp_thresh = self.mp_thresh + 15
self.mana_hotkey = 'F3'
self.hp_thresh_high = 90
self.hp_thresh_low = 70
self.heal_high_hotkey = 'F1'
self.heal_low_hotkey = 'F2'
#self.areaspell1_hotkey = 'F5'
self.areaspell_area = self.player_list[self.character_name]["spell_area"]
#self.areaspell2_hotkey = 'F6'
self.min_monsters_around_spell = 3
self.area_spells_hotkeys = ['F5','F6','F7']
self.area_spells_slots = [4,5,6]
self.target_spells_hotkeys = ['F8','F9']
self.target_spells_slots = [7,8]
self.utito_slot = 16
self.utito_time = 0
self.use_utito = True
self.use_area_rune = False
self.area_rune_hotkey = 'F10'
self.area_rune_slot = 9
#try:
#self.monsters_around_image = False#PhotoImage(file="monsters_around.png")
#except:
#image = np.zeros([100,100,3],dtype=np.uint8)
#image.fill(0) # or img[:] = 255
#cv2.imwrite("monsters_around.png",image)
#self.monsters_around_image = PhotoImage(file="monsters_around.png")
self.exeta_res_hotkey = 'F11'
self.exeta_res_slot = 10
self.amp_res_slot = 15
self.haste_hotkey = 'F12'
self.haste_slot = 11
self.eat_hotkey = '+'
self.food_slot = 12
self.sio_slot = 14
self.magic_shield_slot = 16
self.cancel_magic_shield_slot = 32
self.magic_shield_enabled = False
# starts at 0
self.ring_slot = 21
self.amulet_slot = 20
self.weapon_slot = 18
self.helmet_slot = 17
self.armor_slot = 19
self.shield_slot = 22
self.equipment_slots = [self.weapon_slot,self.helmet_slot,self.armor_slot,self.amulet_slot,self.ring_slot,self.shield_slot]#,]
self.last_equip_time = timeInMillis()
self.slot_status = []
for i in range(0,30):
self.slot_status.append(False)
#cavebot
self.manual_loot = False
self.lure = False
self.last_walk_time = timeInMillis()
self.last_lure_click_time = timeInMillis()
self.kill_amount = 4
self.kill_stop_amount = 1
self.kill_stop_time = 120
self.lure_amount = 2
self.kill = False
self.kill_start_time = time.time()
self.mark_list = ["skull","lock","cross"]
self.monster_positions = []
self.monsters_around = 0
self.key_pressed = False
'''
for file in os.listdir(os.getcwd() + "\\img\\map_marks"):
fname = os.fsdecode(file)
if fname.endswith(".png"):
fname = fname.replace(".png", "")
self.mark_list.append(fname)
'''
self.current_mark_index = 0
self.current_mark = self.mark_list[self.current_mark_index]
self.previous_marks = {}
self.monster_around_scale_ratio = 2
for mark in self.mark_list:
self.previous_marks[mark] = False
self.chat_status_region = False
self.current_map_image = None
#GUI
self.GUI = ModernBotGUI(self, self.character_name, self.vocation)
def updateWindowCoordinates(self):
maximizeWindow(self.hwnd)
l, t, r, b = win32gui.GetWindowRect(self.hwnd)
if (self.left, self.top, self.right, self.bottom) != (l, t, r, b):
print("window rect changed")
self.left, self.top, self.right, self.bottom = l, t, r, b
self.height = abs(self.bottom - self.top)
self.width = abs(self.right - self.left)
self.updateAllElements()
self.getPartyList()
else:
if self.checkActionbarMoved():
print("actionbar moved, updating screen elements")
self.updateBoundElements()
def getCharacterName(self):
title = win32gui.GetWindowText(self.hwnd)
return title.split(" - ")[1]
def checkAndDetectElements(self):
if (self.checkAnyUndetectedElements()):
print("elements not detected, updating")
self.updateNotDetectedElements()
def checkAnyUndetectedElements(self):
for elem_type in self.ElementsLists:
for elem in elem_type:
if not elem.detected:
return True
return False
def updateAllElements(self):
#start = timeInMillis()
print("Updating all elements")
for elem_type in self.ElementsLists:
for elem in elem_type:
if elem_type == self.ScreenElements:
if not elem.update():
elem.update()
elif elem_type == self.BoundScreenElements:
if not elem.update():
pass
else:
pass
elif elem_type == self.ScreenWindows:
while not elem.update():
if elem.button_position:
print("clicking button for window: "+ elem.name + " position: "+str(elem.button_position))
self.clickWindowButton(elem.button_position)
time.sleep(1)
else:
print("window button position is None")
break
elif elem_type == self.RelativeScreenElements:
if not elem.update():
pass
#print("Updating all elements took: "+str(timeInMillis()-start)+"ms")
self.updateChatStatusButtonRegion()
def updateNotDetectedElements(self):
for elem_type in self.ElementsLists:
for elem in elem_type:
if elem_type != self.ScreenWindows:
if not elem.detected:
elem.update()
else:
while not elem.detected:
elem.update()
if elem.button_position:
print("clicking button for window: "+ elem.name + " position: "+str(elem.button_position))
self.clickWindowButton(elem.button_position)
#time.sleep(0.5)
else:
print("window button position is None")
break
def updateBoundElements(self):
for elem in self.BoundScreenElements:
elem.update()
def checkActionbarMoved(self):
if self.s_ActionBar.detected:
#(117, 117, 117) at (-14,81) and (-13,81)
#(120, 120, 120) at (-12,81)
x,y,_,_ = self.s_ActionBar.region
dx = -15
dy = 75
#dx = -14
#dy = 82
#x += dx
#y += dy
#colors = {(117, 117, 117) : [] ,(120, 120, 120) : []}
#print("original:")
#print((x,y))
#print(img.GetPixelRGBColor(self.hwnd, (x,y)))
#img.lookForColor(self.hwnd, (117,117,117) ,(x-5,y-5,x+5,y+5), 1, 1,True)
pixel_color = img.GetPixelRGBColor(self.hwnd, (x,y))
if pixel_color != (114, 115, 115):#(117,117,117):
print(pixel_color)
return True
return False
def updateChatStatusButtonRegion(self):
#region = (self.width-300, self.height-30, self.width-100, self.height)
region = (self.width-500, self.height-300, self.width, self.height)
button = img.locateImage(self.hwnd,'hud/chat_enabled_button.png', region, 0.96)
if (button):
x, y, b_w, b_h = button
x = x+region[0]-self.left
y = y+region[1]-self.top
self.chat_status_region = [x, y, x+(b_w*2), y+b_h]
def clickWindowButton(self,pos):
'''pos: starts from 1'''
region = self.s_WindowButtons.region
w,h = self.s_WindowButtons.getWidth(),self.s_WindowButtons.getHeight()
row_amount = 5
column = (pos - 1) % row_amount
row = int((pos - 1) / row_amount)
button_width,button_height = 19, 19 # pixels
in_between = 3 #pixels
distance = button_width + in_between
area = (region[0]+column*distance, region[1]+row*distance,region[0]+column*distance+button_width, region[1]+row*distance+button_height)
x = int((area[2]+area[0])/2)
y = int((area[3]+area[1])/2)
print((x,y))
click(self.hwnd,x,y)
def getActionbarSlotPosition(self,pos):
box_width = 34
y = self.s_ActionBar.region[1]
x = self.s_ActionBar.region[0]+(box_width*(pos))+2*pos
return (x,y)
def clickActionbarSlot(self,pos):
x,y = self.getActionbarSlotPosition(pos)
print("clicking actionbar slot: "+str(pos) + " at: "+str((x,y)))
click(self.hwnd,x,y)
def updateActionbarSlotStatus(self):
for i in range(0,30):
self.slot_status[i] = self.isActionbarSlotSet(i)
def isActionbarSlotSet(self,i):
x,y = self.getActionbarSlotPosition(i)
#img.screengrab_array(self.hwnd,(x,y,x+34,y+34),True)
color = img.GetPixelRGBColor(self.hwnd,(x,y))
if color == (16, 17, 17):
return False
else:
return True
def isActionbarSlotEnabled(self,i):
x,y = self.getActionbarSlotPosition(i)
img.screengrab_array(self.hwnd,(x,y,x+34,y+34))
color = img.GetPixelRGBColor(self.hwnd,(x,y))
if color == (114,115,115):
return False
elif color == (41,41,41):
return True
else:
print("color of actionbar slot outside of possible values")
print(color)
return False
def checkActionBarSlotCooldown(self,pos):
x,y = self.getActionbarSlotPosition(pos)
x2,y2 = x+34,y+34
#full slot
#image = img.screengrab_array(self.hwnd,(x,y,x2,y2),True)
#center region to check cooldown time
#image = img.screengrab_array(self.hwnd,(x+15,y+18,x2-15,y2-12))
#comp = np.all(image == (223, 223, 223), axis=-1)
val = img.lookForColor(self.hwnd,(223,223,223),(x+15,y+18,x2-15,y2-12),1,1)
return not val
#if (np.count_nonzero(comp) > 0):
#print("pos "+str(pos) + " IS on cooldown")
#return False
#print("pos "+str(pos) + " is NOT on cooldown")
#return True
def getGameRegionSquares(self):
gr_w, gr_h = self.s_GameScreen.getWidth(),self.s_GameScreen.getHeight()
sqr_w = int(gr_w/15)#int(gr_w/30)#
sqr_h = int(gr_h/11)#int(gr_h/30)#
print((sqr_w,sqr_h))
game_region_squares = np.empty([15,11], dtype=object)
image = self.s_GameScreen.getImage()
for y in range(0,11):
cv2.line(image, (0,y*sqr_h), (gr_w,y*sqr_h), (255,255,255), 1)
for x in range(0,15):
cv2.line(image, (x*sqr_w,0), (x*sqr_w,gr_h), (255,255,255), 1)
game_region_squares[x,y] = (x*sqr_w,y*sqr_h)
#
# img.visualize(image)
return (game_region_squares,sqr_w,sqr_h)
def lootAround(self,left = False):
columns = self.s_GameScreen.tiles_around_player
#print(self.s_GameScreen.tiles_around_player)
#setForegroundWindow(self.hwnd)
#win32api.PostMessage(self.hwnd, win32con.WM_KEYDOWN, 0x10, 0)
region = self.s_GameScreen.getAreaAroundPlayer(3)
#image = img.screengrab_array(self.hwnd, region, False)
for i in range(0,len(columns)):
positions = columns[i]
for j in range(0,len(positions)):
if i == 1 and j == 1:
pass
else:
for i in range(0,5):
#win32api.SetCursorPos((positions[j][0],positions[j][1]))
if not left:
rclick(self.hwnd,positions[j][0],positions[j][1])
else:
click(self.hwnd,positions[j][0],positions[j][1])
#cv2.circle(image,(positions[j][0]-region[0],positions[j][1]-region[1]), 3, (255,0,0), -1)
time.sleep(0.03)
#time.sleep(0.1)
#img.visualize_fast(image)
#win32api.PostMessage(self.hwnd, win32con.WM_KEYUP, 0x10, 0)
def getMonstersAround(self,area,test = False , test2 = False):
#contours,_ = self.getMonstersAroundContours(area,test, test2)
#print(len(contours[0])-1)
#return len(contours[0])-1
count = 0
center = self.s_GameScreen.getRelativeCenter()
tile_h = self.s_GameScreen.tile_h
half_tile = tile_h/2
radius = int(tile_h*(area*3/5))
#print("tile_h "+str(tile_h)+ " radius " +str(radius) + " area "+str(area))
image = img.screengrab_array(self.hwnd, self.s_GameScreen.region)
#cv2.circle(image,center,radius,(255,0,0),2)
for monster in self.monster_positions:
dist = sqrt((monster[0]-center[0])**2+(monster[1]-center[1])**2)
if dist <= radius and dist > half_tile:
count += 1
#cv2.circle(image,monster,5,(0,0,255),-1)
#img.visualize_fast(image)
return count
def acceptPartyInvite(self):
shield_color = (184,154,14)
start = timeInMillis()
check_color = shield_color
region = self.s_GameScreen.getAreaAroundPlayer(9)
game_screen_region = self.s_GameScreen.region
image = img.screengrab_array(self.hwnd,region)
shape = image.shape
mask = np.full([shape[0],shape[1]],False)
black_image = np.full_like(image, [0, 0, 0])
red, green, blue = image[:,:,2], image[:,:,1], image[:,:,0]
r1, g1, b1 = check_color # Original value
mask = (red == r1) & (green == g1) & (blue == b1)
black_image[mask] = [255,255,255]
dilate = self.dilate(black_image,2)
dilate = cv2.cvtColor(dilate,cv2.COLOR_BGR2GRAY)
contours,_ = cv2.findContours(dilate, cv2.RETR_EXTERNAL, cv2.CHAIN_APPROX_SIMPLE)
img.visualize_fast(dilate)
print(timeInMillis()-start)
try:
x = contours[0][0].item(0)
y = contours[0][0].item(1)
rclick(self.hwnd,int(game_screen_region[0]+x),int(game_screen_region[1]+y+self.s_GameScreen.tile_h/2))
time.sleep(0.2)
#40 x 210
except Exception as e:
print(e)
def getPartyAroundContours(self,area,test = True):
#check_color = [(232, 3, 11),(255, 4, 1),(27, 254, 21),(13, 255, 11),(190, 137, 26)] #(242, 9, 3), (255, 22, 7)
check_colors = self.party_colors[self.party_colors_current].values()
region = self.s_GameScreen.getAreaAroundPlayer(area)
image = img.screengrab_array(self.hwnd,region)
shape = image.shape
mask = np.full([shape[0],shape[1]],False)
black_image = np.full_like(image, [0, 0, 0])
red, green, blue = image[:,:,2], image[:,:,1], image[:,:,0]
start = timeInMillis()
for color in check_colors:
r1, g1, b1 = color # Original value
mask = (red == r1) & (green == g1) & (blue == b1)
black_image[mask] = [255,255,255]
#print(timeInMillis()-start)
dilate = self.dilate(black_image,2)
dilate = cv2.cvtColor(dilate,cv2.COLOR_BGR2GRAY)
contours = cv2.findContours(dilate, cv2.RETR_EXTERNAL, cv2.CHAIN_APPROX_SIMPLE)
#img.visualize_fast(dilate)
#ret = len(contours)
#if ret > len(self.party)+1:
# print("error more than 4 party members found")
#img.visualize_fast(dilate)
return contours
#@timeit
def getMonstersAroundContours(self,area,test = False,test2 = False):
#start = timeInMillis()
#test = False
region = self.s_GameScreen.getNamesArea(area)
image = img.screengrab_array(self.hwnd,region,test)
ar = np.asarray(image) # get all pixels
n = self.monster_around_scale_ratio
image = ar[::n,::n]
shape = image.shape
contour_count = 0
contour_list = []
red, green, blue = image[:,:,2], image[:,:,1], image[:,:,0]
#black_image_ = np.full_like(image, [0, 0, 0])
#black_image_ = cv2.cvtColor(black_image_,cv2.COLOR_BGR2GRAY)
#mask_ = np.full([shape[0],shape[1]],False)
for color in self.hp_colors:
#mask = mask_
#black_image = black_image_
black_image = np.full_like(image, [0, 0, 0])
mask = np.full([shape[0],shape[1]],False)
r1, g1, b1 = color # Original value
mask = (red == r1) & (green == g1) & (blue == b1)
black_image[mask] = [255,255,255]
#black_image = self.dilate(black_image,1,3)
black_image = cv2.cvtColor(black_image,cv2.COLOR_BGR2GRAY)
#if test:
# img.visualize(black_image)
#black_image = self.open(black_image,1)
#if test:
# img.visualize(black_image)
black_image = self.close(black_image,2)
black_image = self.open(black_image,1)
#if test:
# img.visualize(black_image)
#times[2] = timeInMillis()
black_image = self.dilate(black_image,1)
#if test:
#print("dilate")
# img.visualize(black_image)
contours = cv2.findContours(black_image, cv2.RETR_EXTERNAL, cv2.CHAIN_APPROX_SIMPLE)
contour_list.append(contours)
#print(contours[1])
#print(contours)
#try:
# contour_list = np.concatenate((contour_list,contours),axis=0)
#except:
#pass
contour_count+= len(contours[0])
#return (timeInMillis()-start,contours_count)
return contour_list
@timeit
def getMonstersAroundContoursOld(self, area, test=False, test2=False):
region = self.s_GameScreen.getNamesArea(area)
image = img.screengrab_array(self.hwnd, region, test)
ar = np.asarray(image) # get all pixels
n = self.monster_around_scale_ratio
image = ar[::n, ::n]
contour_count = 0
contour_list = []
red, green, blue = image[:, :, 2], image[:, :, 1], image[:, :, 0]
# Use Numpy's broadcasting to create a mask for each color
for color in self.hp_colors:
mask = (red == color[0]) & (green == color[1]) & (blue == color[2])
# Use Numpy's built-in functions for morphological operations
mask = morphology.binary_closing(mask, np.ones((2, 2)))
mask = morphology.binary_opening(mask, np.ones((2, 2)))
mask = morphology.binary_dilation(mask, np.ones((8, 8)))
black_image = np.full_like(image, [0, 0, 0])
black_image[mask] = [255,255,255]
#print(type(mask))
black_image = cv2.cvtColor(black_image,cv2.COLOR_BGR2GRAY)
# Find contours
contours = cv2.findContours(black_image, cv2.RETR_EXTERNAL, cv2.CHAIN_APPROX_SIMPLE)
contour_list.append(contours)
contour_count+= len(contours[0])
#print("contours found: "+str(contour_count))
#print("-------------")
return contour_list
def dilate(self,img,iter = 1,ker = 8):
kernel = cv2.getStructuringElement(cv2.MORPH_RECT, (ker,ker))
dilate = cv2.dilate(img, kernel, iterations=iter)
return dilate
def open(self,img,iter= 1, ker = 2):
kernel = np.ones((ker,ker),np.uint8)
opening = cv2.morphologyEx(img,cv2.MORPH_OPEN,kernel, iterations = iter)
return opening
def close(self,img,iter= 1,ker = 2):
kernel = np.ones((ker,ker),np.uint8)
closing = cv2.morphologyEx(img,cv2.MORPH_CLOSE,kernel, iterations = iter)
return closing
def distance_transform(self,img,mod = 0.6):
dist_transform = cv2.distanceTransform(img,cv2.DIST_L2,5)
#print(dist_transform.max())
ret, thresh = cv2.threshold(dist_transform,mod*dist_transform.max(),255,0)
thresh = np.uint8(thresh)
return thresh
def getHealth(self):
cant = 0
region = self.s_Health.region
y = region[1]+6
bar_width = self.s_Health.getWidth()
delta = 4
#counts gray pixels in a line of hp region
for x in range(region[0], region[2], delta):
color = img.GetPixelRGBColor(self.hwnd,(x, y))
dist = img.ColorDistance(color, (95, 95, 95))
if (dist <= 15):
cant += 1
cant *= delta
self.hppc = 100 * (bar_width-cant)/bar_width
#return hppc
def getMana(self):
cant = 0
region = self.s_Health.region
region = self.s_Mana.region
y = region[1]+6
bar_width = self.s_Mana.getWidth()
delta = 4
cant = 0
#counts gray pixels in a line of mp region
for x in range(region[0], region[2], delta):
color = img.GetPixelRGBColor(self.hwnd,(x, y))
dist = img.ColorDistance(color, (95, 95, 95))
if (dist <= 15):
cant += 1
cant *= delta
self.mppc = 100 * (bar_width-cant)/bar_width
#return mppc
def getBurstDamage(self):
current = self.hp_queue[0]
val = []
for i in range(0, 3):
val.append(self.hp_queue[i]-current)
return max(val)
def manageMagicShield(self):
if self.vocation == "druid" or self.vocation == "sorcerer":
if self.hppc <= self.hp_thresh_low.get() or self.getBurstDamage() > 40:
if self.slot_status[self.magic_shield_slot] and not self.magic_shield_enabled:
self.clickActionbarSlot(self.magic_shield_slot)
self.magic_shield_enabled = True
else:
if self.magic_shield_enabled and self.monsterCount() == 0:
self.clickActionbarSlot(self.cancel_magic_shield_slot)
self.magic_shield_enabled = False
def manageHealth(self):
self.getHealth()
print("hppc: "+str(self.hppc))
self.hp_queue.pop()
self.hp_queue.appendleft(self.hppc)
burst = self.getBurstDamage()
if (self.hppc <= self.hp_thresh_low.get() or burst > 40):
press(self.hwnd,self.heal_high_hotkey)
elif self.hppc < self.hp_thresh_high.get():
press(self.hwnd,self.heal_low_hotkey)
def manageMana(self):
self.getMana()
if self.isAttacking():
thresh = self.mp_thresh.get()
else:
thresh = self.safe_mp_thresh
if (self.mppc <= thresh and self.hppc >= self.hp_thresh_low.get()):
press(self.hwnd,self.mana_hotkey)
def castExetaRes(self):
if time.time() - self.exeta_res_time > self.exeta_res_cast_time and self.checkActionBarSlotCooldown(self.exeta_res_slot):
self.exeta_res_time = time.time()
self.clickActionbarSlot(self.exeta_res_slot)
def castAmpRes(self):
if time.time() - self.amp_res_time > self.amp_res_cast_time and self.checkActionBarSlotCooldown(self.amp_res_slot):
self.amp_res_time = time.time()
self.clickActionbarSlot(self.amp_res_slot)
def haste(self):
if self.slot_status[self.haste_slot]:
if not self.buffs['haste'] and not self.buffs['pz']:
#print("hasting")
press(self.hwnd,self.haste_hotkey)
def eat(self):
if self.slot_status[self.food_slot]:
if not self.buffs['pz'] and self.buffs['hungry']:
self.clickActionbarSlot(self.food_slot)
def shouldUtito(self,monster_count):
b_x, b_y,_,b_y2 = self.s_BattleList.region
#w, h = self.s_BattleList.getWidth(),self.s_BattleList.getHeight()
# x 3 y 22
#found = lookForColor([(255,0,0),(255,128,128)],(x,y,w-150,h))
x = b_x+26 # constant
first_pos = b_y+30 # about mid of first square
d = 22 # dist between boxes, 19+3
battlelist = img.screengrab_array(self.hwnd,self.s_BattleList.region)
count = 1
#3 monsters -> 3 0
#4 monster -> 3 1
#5 monsters -> 3 2
#6 monsters -> 4 2
#7 monsters -> 4 3
#8 monsters -> 5 3
for y in range(first_pos, b_y2, d):
if count > monster_count:
return True
#cv2.circle(battlelist, (26,y-b_y),1, (0,0,255), 2)
#img.visualize(battlelist)
color = img.GetPixelRGBColor(self.hwnd,(x, y))
if (color not in self.low_hp_colors):
#print(color)res
return False
count+=1
return True
def utito(self):
if time.time() - self.utito_time >= 10:
monster_count = self.monsterCount()
if monster_count >= 3:
if self.shouldUtito(monster_count):
self.clickActionbarSlot(self.utito_slot)
self.utito_time = time.time()
def shouldRes(self):
b_x, b_y,_,b_y2 = self.s_BattleList.region
#w, h = self.s_BattleList.getWidth(),self.s_BattleList.getHeight()
# x 3 y 22
#found = lookForColor([(255,0,0),(255,128,128)],(x,y,w-150,h))
x = b_x+26 # constant
first_pos = b_y+30 # about mid of first square
d = 22 # dist between boxes, 19+3
#battlelist = img.screengrab_array(self.hwnd,self.s_BattleList.region)
for y in range(first_pos, b_y2, d):
#cv2.line(battlelist, (26,y), (26,y+5), (0,255,255), 1)
color = img.GetPixelRGBColor(self.hwnd,(x, y))
if (color in self.low_hp_colors):
return True
#img.visualize(battlelist)
def isAttacking(self):
b_x, b_y,_,b_y2 = self.s_BattleList.region
#w, h = self.s_BattleList.getWidth(),self.s_BattleList.getHeight()
# x 3 y 22
#found = lookForColor([(255,0,0),(255,128,128)],(x,y,w-150,h))
colors = [(255, 0, 0), (255, 128, 128)]
x = b_x+3 # constant
first_pos = b_y+24 # about mid of first square
d = 22 # dist between boxes, 19+3
#battlelist = img.screengrab_array(self.hwnd,self.s_BattleList.region)
if self.vocation == "knight":
b_y2 = first_pos+d
for y in range(first_pos, b_y2, d):
#cv2.line(battlelist, (3,y-b_y), (3,y-b_y+5), (255,255,255), 1)
color = img.GetPixelRGBColor(self.hwnd,(x, y))
if (color in colors):
#if (vocation == "knight" and y != first_pos):
# return False
return True
#img.visualize(battlelist)
return False
def monsterCount(self):
count = 0
_x, _y, _x2,_y2 = self.s_BattleList.region
# x 3 y 22
x = _x+25#
first_pos = _y+31
d = 22 # dist between boxes, 19+3
prev_y = first_pos
for y in range(first_pos, _y2, d):
color = img.GetPixelRGBColor(self.hwnd,(x, y))
if (color == (0,0,0)):
count += 1
return count
def checkMonsterQueue(self):
if not self.check_monster_queue:
return False
for t in self.monster_queue:
if t >= self.min_monsters_around_spell.get():
return True
return False
def getBuffs(self):
lista = ['haste', 'pz', 'hungry', 'magicshield']
area = self.s_Buffs.region
os.chdir(self.base_directory)
self.buffs = img.imageListExist(self.hwnd,lista, 'buffs', area, 0.95)
def clickAttack(self):
_x, _y, _x2,_y2 = self.s_BattleList.region
# x 3 y 22
#found = lookForColor([(255,0,0),(255,128,128)],(x,y,w-150,h))
x = _x+25#x = _x+12 # constant
first_pos = _y+30 # about mid of first square
d = 22 # dist between boxes, 19+3
if not self.isAttacking() and not self.buffs['pz']:
for y in range(first_pos, _y2, d):
color = img.GetPixelRGBColor(self.hwnd,(x, y))
if (color == (0,0,0)):
click(self.hwnd,x, y)
#time.sleep(0.001)
return
def stopAttacking(self):
b_x, b_y,_,b_y2 = self.s_BattleList.region
#w, h = self.s_BattleList.getWidth(),self.s_BattleList.getHeight()
# x 3 y 22
#found = lookForColor([(255,0,0),(255,128,128)],(x,y,w-150,h))
colors = [(255, 0, 0), (255, 128, 128)]
x = b_x+3 # constant
first_pos = b_y+24 # about mid of first square
d = 22 # dist between boxes, 19+3
#battlelist = img.screengrab_array(self.hwnd,self.s_BattleList.region)
for y in range(first_pos, b_y2, d):
#cv2.line(battlelist, (3,y-b_y), (3,y-b_y+5), (255,255,255), 1)
color = img.GetPixelRGBColor(self.hwnd,(x, y))
if (color in colors):
#if (vocation == "knight" and y != first_pos):
# return False
click(self.hwnd,x, y)
def updateLastAttackTime(self):
self.last_attack_time = timeInMillis()
def newNormalDelay(self):
self.normal_delay = getNormalDelay()
def walkTowardsLeader(self):
region = self.s_GameScreen.region
relative_center = self.s_GameScreen.getRelativeCenter()
#image = img.screengrab_array(self.hwnd,region)
l_x,l_y = 0,0
for p in self.party_positions:
is_leader = p[1]
if is_leader:
#print("leader found")
l_x,l_y = p[0]
break
if l_x == 0 and l_y == 0:
print("leader not found")
return
distance = sqrt((l_x-relative_center[0])**2+(l_y-relative_center[1])**2)
tile_h =self.s_GameScreen.tile_h
d_t = tile_h*3
if abs(distance - d_t) < 2*tile_h/3:
return
d_ratio = d_t/distance
x = int((1-d_ratio)*l_x+relative_center[0]*d_ratio)
y = int((1-d_ratio)*l_y+relative_center[1]*d_ratio)
#cv2.circle(image, (l_x,l_y), int(d_t), (0,255,0), 2)
#cv2.circle(image, (x,y), 5, (255,0,0), 2)
#cv2.line(image, (l_x,l_y), (relative_center[0],relative_center[1]), (255,0,0), 2)
#img.visualize_fast(image)
click(self.hwnd,region[0]+x,region[1]+y)
def updatePartyPositions(self):
party_contours = self.getPartyAroundContours(9)
party_cnts = imutils.grab_contours(party_contours)
offset_y = int(self.s_GameScreen.tile_h/2)
if len(party_cnts) == 0:
if self.party_colors_current == "cross":
self.party_colors_current = "check"
print("party: check")
else:
self.party_colors_current = "cross"
print("party: cross")
return
party_positions = []
for cur in party_cnts:
# compute the center of the contour
#print(cv2.contourArea(cur))
if cv2.contourArea(cur) > 75:
is_leader = True
else:
is_leader = False
M = cv2.moments(cur)
curX = int(M["m10"] / M["m00"])
curY = int(M["m01"] / M["m00"]) + offset_y
party_positions.append(((curX,curY), is_leader))
self.party_positions = party_positions
#@timeit
def updateMonsterPositions(self,test = False):
#self.monster_positions
contour_list = self.getMonstersAroundContours(9,False,False)
#contour_list2 = self.getMonstersAroundContoursOld(9,False,False)
if test:
opening = img.screengrab_array(self.hwnd,self.s_GameScreen.region)
monster_positions = []
offset_x = int(self.s_GameScreen.tile_h/4) #offset because names are offset from tile
offset_y = 2*offset_x#int(self.s_GameScreen.tile_h/4)#2*offset_x
ratio = self.monster_around_scale_ratio
for contour in contour_list:
cnts = imutils.grab_contours(contour)
for cur in cnts:
# compute the center of the contour
M = cv2.moments(cur)
curX = (int(M["m10"] / M["m00"])*ratio)+offset_x
curY = (int(M["m01"] / M["m00"])*ratio)+offset_y
is_party = False
for player in self.party_positions:
cX,cY = player[0]
is_leader = player[1]
dist = sqrt((cX-curX)**2+(cY-curY)**2)
#print(dist)
if dist < 40:
is_party = True
#if test:
# if is_leader:
# cv2.circle(opening,(curX,curY), 5, (0,255,0), -1)
# else:
# cv2.circle(opening,(curX,curY), 5, (255,0,0), -1)
break
if not is_party:
monster_positions.append((curX,curY))
if test:
cv2.circle(opening,(curX,curY), 5, (0,255,0), -1)
self.monster_positions = monster_positions
if test:
img.visualize_fast(opening)
#@timeit
def updateMonsterPositionsNew(self, test=False):
contour_list = self.getMonstersAroundContours(9, False, False)
if test:
opening = img.screengrab_array(self.hwnd, self.s_GameScreen.region)
monster_positions = []
offset_x = int(self.s_GameScreen.tile_h / 4) # Offset because names are offset from tile