#IMPORTED LIBRARIES
import configparser
import win32gui
import win32ui
from ctypes import windll
from PIL import Image
from win32gui import FindWindow
from loguru import logger
import sys
import time
import os
from diffimg import diff
from discord_webhook import DiscordWebhook
from datetime import datetime
import pytesseract
from win32api import GetSystemMetrics
#TESSERACT INSTALL DIRECTORY
pytesseract.pytesseract.tesseract_cmd = 'C:\\Program Files\\Tesseract-OCR\\tesseract.exe'
#SETTING A VARIABLE FOR FILE EXTENSION
who = os.path.splitext(os.path.basename(__file__))[0]
#SETTING/GETTING SCREEN RESOLUTION
windll.user32.SetProcessDPIAware()
gsX = GetSystemMetrics(0) #WIDTH
gsY = GetSystemMetrics(1) #HEIGHT
srX = 2560
srY = 1440
#SETTING UP FLASHY CONSOLE TEXT
LOG_LEVEL = "DEBUG"
logger.remove()
logger.add(sys.stderr,
format="<g>{time:HH:mm:ss}</g> <lvl>{message}</lvl>",
level=LOG_LEVEL)
logger.level(who, no=35, color="<y>", icon="👀")
#GETTING DISCORD HOOKS/ROLES
read_config = configparser.ConfigParser()
read_config.read("config.ini")
log_urls = read_config.get("Log_Alert", "log_urls")
alert_urls = read_config.get("Log_Alert", "alert_urls")
ocr_urls = read_config.get("Log_Alert", "ocr_urls")
roles = read_config.get("Role", "roles")
svrole = read_config.get("Role", "svrole")
#TODO: Alert configuration may be cleaner if parsed as a dict. Perhaps look into vyperconfig in the future.
kill_alert_enabled = read_config.get("Alerts", "kills")
death_and_destruction_alert_enabled = read_config.get("Alerts", "death_and_destruction")
teksensor_alert_enabled = read_config.get("Alerts", "teksensor")
parasaur_ping_alert_enabled = read_config.get("Alerts", "parasaur_ping")
starvation_alert_enabled = read_config.get("Alerts", "starvation")
demolition_alert_enabled = read_config.get("Alerts", "demolition")
enemy_structure_destroyed_alert_enabled = read_config.get("Alerts", "enemy_structure_destroyed")
log_positioning_alert_enabled = read_config.get("Alerts", "log_positioning")
#DECORATOR FOR CONSOLE
def endoffunc():
try:
#DECORATOR FOR CONSOLE
print("*")
except Exception as e:
logger.error(f"End Of Func Failed: ", e)
#IS ARK RUNNING, EXIT IF NOT
def checkRunning():
try:
#CHECKS FOR ARK
ark_running = FindWindow(None, "ARK: Survival Evolved")
#ARK NOT RUNNING = EXIT
if ark_running == 0:
logger.error(f"ARK is not running, please start the game")
exit()
#ARK IS RUNNING = TRUE
return True
except Exception as e:
logger.error(f"Check Running Failed")
#ARE TRIBE LOGS OPEN
def arelogs():
try:
windll.user32.SetProcessDPIAware()
#OPENS TARGET IMAGE, CONVERT COLOUR
img = Image.open('Tribe Log.png').convert('L')
#SAVES CONVERTED IMAGE/VARIABLE
img.save('Tribe Log.png')
file = "Tribe Log.png"
#CONVERTS IMAGE TO TEXT
rawText = pytesseract.image_to_string(file)
parsedText = rawText.replace('\n', '')
#IF "TRIBE" FOUND IN IMAGE, RETURN TRUE
if "TRIBE" in parsedText:
tribe = True
return tribe
#"TRIBE" NOT FOUND
except Exception as e:
logger.error(f"Are Logs Failed")
#GETS THE FIRST IMAGE FOR COMPARISON
def findcompare(im):
try:
#CHECK TO SEE IF IMAGE EXISTS, IF FALSE, CREATE ONE
logger.info("Getting Compare")
CL2 = os.path.exists("Compare Old.png")
if CL2 == False:
im.crop((round(gsX * 1787 / srX), round(gsX * 245 / srX), round(gsX * 2369 / srX),
round(gsX * 271 / srX))).save('Compare Old.png')
except Exception as e:
logger.error(f"Find Compare Failed: ", e)
#COMPARES THE OLD IMAGE WITH THE NEW
def compare(im, roles):
try:
#SAVES A NEW IMAGE FOR COMPARE
logger.info("Comparing results")
im.crop((round(gsX * 1787 / srX), round(gsX * 245 / srX), round(gsX * 2369 / srX),
round(gsX * 271 / srX))).save('Compare New.png')
#COMPARES NEW(1) VS OLD(2)
diff_results = diff("Compare New.png", "Compare Old.png", delete_diff_file=True)
#IF THE RESULTS ARE GREATER THAN >=, GATHER IMAGES FOR THE REPORT
if diff_results >= 0.07:
logger.error("New log entry detected")
#REPLACES THE OLD COMPARE IMAGE
im.crop((round(gsX * 1787 / srX), round(gsX * 245 / srX), round(gsX * 2369 / srX),
round(gsX * 271 / srX))).save('Compare Old.png')
#GATHERS IMAGE FOR THE SCANTEST
im.crop((round(gsX * 2087 / srX), round(gsX * 257 / srX), round(gsX * 2133 / srX),
round(gsX * 261 / srX))).save('Log Scan.png')
#CREATES AN IMAGE TO PASTE THE OTHER IMAGES TO
img = Image.new('RGBA', (round(gsX * 583 / srX), round(gsX * 215 / srX)), (0, 0, 0, 0))
img.save("Log Report.png")
#MAKES THE IMAGE BACKGROUND TRANSPARENT
trans = Image.open("Log Report.png")
back_trans = trans.copy()
#GATHERS ADDITIONAL IMAGES FO THE UPDATE
im = Image.open("ARK.png")
#GATHERS IN GAME "DAY" AND PASTES TO THE TRANSPARENT IMAGE
region = im.crop((round(gsX * 15 / srX), round(gsX * 61 / srX), round(gsX * 187 / srX),
round(gsX * 91 / srX))) # DAY
back_trans.paste(region, (0, 0))
#GATHERS IN GAME "TIME" AND PASTES TO THE TRANSPARENT IMAGE
region = im.crop((round(gsX * 9 / srX), round(gsX * 17 / srX), round(gsX * 107 / srX),
round(gsX * 47 / srX))) # TIME
back_trans.paste(region, (round(gsX * 172 / srX), 0))
#GATHERS TOP SECTION OF LOGS AND PASTES TO THE TRANSPARENT IMAGE
region = im.crop((round(gsX * 1787 / srX), round(gsX * 245 / srX), round(gsX * 2369 / srX),
round(gsX * 460 / srX))) # SNIP OF LOGS
back_trans.paste(region, (0, round(gsX * 29 / srX)))
#SAVES THE IMAGE
back_trans.save("Log Report.png")
#READY TO DETECT THE ALERT IN LOGS
return AlertDetection(roles)
logger.info("Checking Parasaur")
#SAVES IMAGE TO CHECK IF PARASAUR IS GOING OFF SAVES/OPENS IMAGE
im.crop((round(gsX * 400 / srX), round(gsX * 44 / srX), round(gsX * 756 / srX),
round(gsX * 48 / srX))).save('Parasaur Scan.png')
openscantest2 = Image.open("Parasaur Scan.png")
#GETS PIXEL DATA FROM THE IMAGE
sop2 = openscantest2.getdata()
lop2 = list(sop2)
#SCANS FOR PARASAUR PING (CYAN) ALERT = 7
if (0, 255, 234) in lop2:
logger.error("Alert Found: Parasaur Ping Detected")
#SETS UP MESSAGE FOR DISCORD WEBHOOK IF ALERT FOUND
content = (f"{roles} - **Parasaur, Simply Too Close** - {who}")
#TODO: Fix config such that true/false are parsed as boolean rather than strings
if parasaur_ping_alert_enabled == 'true':
return LiveHook(content)
#ALERT NOT DETECTED
logger.debug("Nothing new to report")
time.sleep(0.1)
endoffunc()
except Exception as e:
logger.error(f"Compare Failed: ", e)
#DETECTS WHAT ALERT IS IN LOGS
def AlertDetection(roles):
try:
windll.user32.SetProcessDPIAware()
#OPENS IMAGE
openscantest = Image.open("Log Scan.png")
#GETS PIXEL DATA FROM THE IMAGE
sop = openscantest.getdata()
list_of_pixels = list(sop)
#SCANS FOR STARVE (GREY) ALERT = 1
if (184, 184, 184) in list_of_pixels:
#CONVERT IMAGE TO TEXT
froze = processImage()
#IF "FROZE" NOT IN IMAGE
if not froze:
#SETS UP MESSAGE FOR DISCORD WEBHOOK IF ALERT FOUND
content = (f"Something Starved - {who}")
if starvation_alert_enabled == 'true':
return LiveHook(content)
#"FROZE" IN IMAGE, IGNORE ALERT
else:
return
#SCANS FOR DEMOLISH (YELLOW) ALERT = 2
elif (255, 255, 0) in list_of_pixels:
logger.success("Internal Demolish")
endoffunc()
return
#SCANS FOR CLAIMED/TAME (GREEN) ALERT = 8
elif (0, 255, 0) in list_of_pixels:
logger.success("Maewing Claim/Tame")
endoffunc()
return
#SCANS FOR KILLED (PINK) ALERT = 3
elif (255, 0, 255) in list_of_pixels:
#CONVERT IMAGE TO TEXT
claimed = processImage()
#IF "CLAIMED" NOT IN IMAGE
if not claimed:
#SETS UP MESSAGE FOR DISCORD WEBHOOK IF ALERT FOUND
content = (f"{roles} - **Killed Something, Take a Look** - {who}")
logger.error("Alert Found: Your tribe killed something")
if kill_alert_enabled == 'true':
return LiveHook(content)
#"CLAIMED" IN IMAGE, IGNORE ALERT
else:
return
#SCANS FOR SENSOR (PLUM) ALERT = 4
elif (158, 76, 76) in list_of_pixels:
#SETS UP MESSAGE FOR DISCORD WEBHOOK IF ALERT FOUND
content = (f"{svrole} - **Tek Sensor, Someone's Looking** - {who}")
logger.error("Alert Found: Tek Sensor Triggered")
if teksensor_alert_enabled == 'true':
return LiveHook(content)
#SCANS FOR DEATH/DESTRUCTION (RED) ALERT = 5
elif (255, 0, 0) in list_of_pixels:
# SETS UP MESSAGE FOR DISCORD WEBHOOK IF ALERT FOUND
logger.error("Alert Found: Death/Destruction Detected")
content = (f"{roles} - **Death/Destruction, Wake up Buddy** - {who}")
if death_and_destruction_alert_enabled == 'true':
return LiveHook(content)
#ENEMY STRUCTURE DESTROYED (SAND) ALERT = 6
elif (255, 191, 76) in list_of_pixels:
logger.error("Alert Found: You destroyed enemy structure")
content = (f"{roles} - **You destroyed enemy structure, Intended?**")
if enemy_structure_destroyed_alert_enabled == 'true':
return LiveHook(content)
#POTENTIALLY ADD SOMETHING TO DETECT TURRET SOUNDS
#UNDEFINED COLOURS/LOGS ARE NOT AT THE TOP
else:
content = (f"{roles} - **Log positioning skewed?** - {who}")
logger.error("Alert Found: Log positioning Skewed")
if log_positioning_alert_enabled == 'true':
return LiveHook(content)
except Exception as e:
logger.error(f"Something failed in AlertDetection: ", e)
#(LIVE ALERTS) DISCORD WEBHOOK
def LiveHook(content):
try:
#SENDS THE REPORT TO DISCORD WEBOOK
webhook = DiscordWebhook(url=alert_urls, content=content)
with open("log Report.png", "rb") as f:
webhook.add_file(file=f.read(), filename='Log Report.png')
webhook.execute()
logger.debug("Alerts Updated")
endoffunc()
except Exception as e:
logger.error(f"Live Hook Failed", e)
#IMAGE TO TEXT SENDS OCR TO HOOK IF SET
def processImage():
try:
windll.user32.SetProcessDPIAware()
#IMAGE TO TEXT
file = "Compare New.png"
rawText = pytesseract.image_to_string(file)
parsedText = rawText.replace('\n', '')
#SAVES TEXT FROM IMAGE TO TEXT FILE
with open('Saved Logs.txt', 'a') as f:
f.write(f"\n {parsedText}")
#SENDS THE OCR TEXT TO DISCORD WEBHOOK IF SET
if "https" in ocr_urls:
content = (f"{parsedText}")
webhook = DiscordWebhook(url=ocr_urls, content=content)
webhook.execute()
#IF "FROZE" IN IMAGE RETURN TRUE
if "froze" in parsedText:
logger.success(parsedText)
endoffunc()
froze = True
f.close()
return froze
# IF "CLAIMED" IN IMAGE RETURN TRUE
elif "claimed" in parsedText:
logger.success(parsedText)
endoffunc()
claimed = True
return claimed
except Exception as e:
logger.error(f"Process Image Failed", e)
#GATHERS IMAGES FOR LOG OVERVIEW
def ScreenGrab():
try:
logger.info("Getting Screen Grab")
windll.user32.SetProcessDPIAware()
#CREATES AN IMAGE TO PASTE THE OTHER IMAGES TO
Image.new('RGBA', (round(gsX * 1333 / srX), round(gsX * 1207 / srX)), (0, 0, 0, 0)).save("Log Update.png")
#MAKES THE IMAGE BACKGROUND TRANSPARENT
trans = Image.open("Log Update.png")
back_trans = trans.copy()
im = Image.open("ARK.png")
#GATHERS LOGS AND PASTES TO THE TRANSPARENT IMAGE
region = im.crop((round(gsX * 1787 / srX), round(gsX * 127 / srX), round(gsX * 2393 / srX),
round(gsX * 1333 / srX)))
back_trans.paste(region, (0, 0))
#GATHERS IN GAME "DAY" AND PASTES TO THE TRANSPARENT IMAGE
region = im.crop((round(gsX * 15 / srX), round(gsX * 61 / srX), round(gsX * 187 / srX),
round(gsX * 91 / srX)))
back_trans.paste(region, (0, round(gsX * 73 / srX)))
#GATHERS IN GAME "TIME" AND PASTES TO THE TRANSPARENT IMAGE
region = im.crop((round(gsX * 9 / srX), round(gsX * 17 / srX), round(gsX * 107 / srX),
round(gsX * 47 / srX))) # TIME
back_trans.paste(region, (round(gsX * 172 / srX), round(gsX * 73 / srX)))
#GATHERS GLOBAL CHAT
region = im.crop((round(gsX * 877 / srX), round(gsX * 1115 / srX), round(gsX * 1644 / srX),
round(gsX * 1368 / srX)))
region.save("Global New.png")
#CHECK TO SEE IF IMAGE EXISTS, IF FALSE, CREATE ONE
Glbl2c = os.path.exists("Global Old.png")
if Glbl2c == False:
region.save("Global Old.png")
#COMPARES NEW(1) VS OLD(2)
diff_results = diff("Global New.png", "Global Old.png", delete_diff_file=True)
#IF THE RESULTS ARE GREATER THAN >=, GATHER IMAGES FOR THE REPORT
if diff_results >= 0.02:
#REPLACES THE OLD COMPARE IMAGE
region.save("Global Old.png")
back_trans.paste(region, (round(gsX * 607 / srX), 0))
GlblPost = 1
#NO CHANGE IN GLOBAL
else:
GlblPost = 0
back_trans.save("Log Update.png")
#PREP MORE IMAGES FOR LOG OVERVIEW
PrepPlayerCount()
#OPEN IMAGES TO PREPARE FOR FINAL PROCESSING
im = Image.open("Log Update.png")
im2 = Image.open("Player Count.png")
back_im = im.copy()
#IF GLOBAL IS DIFFERENT, POST IN THE UPDATES
if GlblPost == 1:
back_im.paste(im2, (round(gsX * 607 / srX), round(gsX * 253 / srX)))
back_im.save("Log Update.png")
#GLOBAL IS NOT DIFFERENT, CARRY ON
else:
back_im.paste(im2, (round(gsX * 607 / srX), 0))
back_im.save("Log Update.png")
LogHook()
except Exception as e:
logger.error(f"Screen Grab Failed", e)
#GATHERS IMAGES FOR ONLINE PLAYERS (X/6) - (MORE FOR SMALLTRIBES)
def PrepPlayerCount():
windll.user32.SetProcessDPIAware()
#CREATES AN IMAGE TO PASTE THE OTHER IMAGES TO
img = Image.new('RGBA', (round(gsX * 461 / srX), round(gsX * 436 / srX)), (0, 0, 0, 0))
img.save("Player Count.png")
#MAKES THE IMAGE BACKGROUND TRANSPARENT
round(gsX * 1645 / srX), round(gsX * 300 / srX)
trans = Image.open("Player Count.png")
back_trans = trans.copy()
#OPENS IMAGE
im = Image.open("ARK.png")
#GATHERS ONLINE MEMBERS - (X/6)
region = im.crop((round(gsX * 1184 / srX), round(gsX * 264 / srX), round(gsX * 1645 / srX), round(gsX * 300 / srX))) # (region=(1184, 264, 461, 36))
back_trans.paste(region, (0, 0))
im.load()
#SCANS TRIBE SLOT REGIONS FOR PIXEL IN "OFFLINE"
OnOff1 = x, y = round(gsX * 1548 / srX), round(gsX * 473 / srX)
OnOff2 = x, y = round(gsX * 1548 / srX), round(gsX * 553 / srX)
OnOff3 = x, y = round(gsX * 1548 / srX), round(gsX * 633 / srX)
OnOff4 = x, y = round(gsX * 1548 / srX), round(gsX * 713 / srX)
OnOff5 = x, y = round(gsX * 1548 / srX), round(gsX * 793 / srX)
OnOff6 = x, y = round(gsX * 1548 / srX), round(gsX * 873 / srX)
Slot1 = im.getpixel(OnOff1)
Slot2 = im.getpixel(OnOff2)
Slot3 = im.getpixel(OnOff3)
Slot4 = im.getpixel(OnOff4)
Slot5 = im.getpixel(OnOff5)
Slot6 = im.getpixel(OnOff6)
#IF OFFLINE SET SLOT TO 0 (NO IMAGE THERE)
if Slot1 == (53, 131, 149): # If Offline
#SLOT 1
Slot1 = 0
S1 = "Slot 1 Offline"
#IF ONLINE SET SLOT TO 1 (IMAGE GOES HERE)
else:
#SLOT 1
Slot1 = 1
S1 = "Slot 1 Online"
logger.success("Slot 1 Online")
#IF OFFLINE SET SLOT TO 0 (NO IMAGE THERE)
if Slot2 == (53, 131, 149):
#SLOT 2
Slot2 = 0
S2 = "Slot 2 Offline"
#IF ONLINE SET SLOT TO 1 (IMAGE GOES HERE)
else:
#SLOT 2
Slot2 = 1
S2 = "Slot 2 Online"
logger.success("Slot 2 Online")
#IF OFFLINE SET SLOT TO 0 (NO IMAGE THERE)
if Slot3 == (53, 131, 149):
#SLOT 3
Slot3 = 0
S3 = "Slot 2 Offline"
#IF ONLINE SET SLOT TO 1 (IMAGE GOES HERE)
else:
#SLOT 3
Slot3 = 1
S3 = "Slot 2 Online"
logger.success("Slot 3 Online")
#IF OFFLINE SET SLOT TO 0 (IMAGE GOES HERE)
if Slot4 == (53, 131, 149):
#SLOT 4
Slot4 = 0
S4 = "Slot 4 Offline"
#IF ONLINE SET SLOT TO 1 (NO IMAGE THERE)
else:
#SLOT 4
Slot4 = 1
S4 = "Slot 4 Online"
logger.success("Slot 4 Online")
#IF OFFLINE SET SLOT TO 0 (NO IMAGE THERE)
if Slot5 == (53, 131, 149):
#SLOT 5
Slot5 = 0
S5 = "Slot 5 Offline"
#IF ONLINE SET SLOT TO 1 (IMAGE GOES HERE)
else:
#SLOT 5
Slot5 = 1
S5 = "Slot 5 Online"
logger.success("Slot 5 Online")
#IF OFFLINE SET SLOT TO 0 (NO IMAGE THERE)
if Slot6 == (53, 131, 149):
#SLOT 6
Slot6 = 0
S6 = "Slot 6 Offline"
#IF ONLINE SET SLOT TO 1 (IMAGE GOES HERE)
else:
#SLOT 6
Slot6 = 1
S6 = "Slot 6 Online"
logger.success("Slot 6 Online")
#GATHERS IMAGES FOR TRIBE MEMBER, ONLINE/OFFLINE AND PASTES TO THE TRANSPARENT IMAGE
#DETERMINES WHERE TO PLACE EACH IMAGE IN ACCORDANCE WITH TRIBE SLOT/WHO IS ON
if Slot1 == 1:
#SLOT 1
#TRIBE MEMBER
region = im.crop((round(gsX * 587 / srX), round(gsX * 440 / srX), round(gsX * 800 / srX),
round(gsX * 507 / srX)))
#ONLINE/OFFLINE
region2 = im.crop((round(gsX * 1547 / srX), round(gsX * 440 / srX), round(gsX * 1645 / srX),
round(gsX * 507 / srX)))
back_trans.paste(region, (0, round(gsX * 36 / srX)))
back_trans.paste(region2, (round(gsX * 213 / srX), round(gsX * 36 / srX)))
if Slot2 == 1:
#SLOT 2
#TRIBE MEMBER
region = im.crop((round(gsX * 587 / srX), round(gsX * 520 / srX), round(gsX * 800 / srX),
round(gsX * 587 / srX)))
#ONLINE/OFFLINE
region2 = im.crop((round(gsX * 1547 / srX), round(gsX * 520 / srX), round(gsX * 1645 / srX),
round(gsX * 587 / srX)))
if Slot1 == 0:
back_trans.paste(region, (0, round(gsX * 36 / srX)))
back_trans.paste(region2, (round(gsX * 213 / srX), round(gsX * 36 / srX)))
Slot1 = 1
Slot2 = 0
else:
back_trans.paste(region, (0, round(gsX * 103 / srX)))
back_trans.paste(region2, (round(gsX * 213 / srX), round(gsX * 103 / srX)))
Slot2 = 1
if Slot3 == 1:
#SLOT 3
#TRIBE MEMBER
region = im.crop((round(gsX * 587 / srX), round(gsX * 600 / srX), round(gsX * 800 / srX),
round(gsX * 667 / srX)))
#ONLINE/OFFLINE
region2 = im.crop((round(gsX * 1547 / srX), round(gsX * 600 / srX), round(gsX * 1645 / srX),
round(gsX * 667 / srX)))
if Slot1 == 0:
back_trans.paste(region, (0, round(gsX * 36 / srX))) #27
back_trans.paste(region2, (round(gsX * 213 / srX), round(gsX * 36 / srX)))
Slot1 = 1
Slot3 = 0
elif Slot2 == 0:
back_trans.paste(region, (0, round(gsX * 103 / srX))) #77
back_trans.paste(region2, (round(gsX * 213 / srX), round(gsX * 103 / srX)))
Slot2 = 1
Slot3 = 0
else:
back_trans.paste(region, (0, round(gsX * 169 / srX))) #127
back_trans.paste(region2, (round(gsX * 213 / srX), round(gsX * 169 / srX)))
Slot3 = 1
if Slot4 == 1:
#SLOT 4
#TRIBE MEMBER
region = im.crop((round(gsX * 587 / srX), round(gsX * 680 / srX), round(gsX * 800 / srX),
round(gsX * 747 / srX)))
#ONLINE/OFFLINE
region2 = im.crop((round(gsX * 1547 / srX), round(gsX * 680 / srX), round(gsX * 1645 / srX),
round(gsX * 747 / srX)))
if Slot1 == 0:
back_trans.paste(region, (0, round(gsX * 36 / srX))) #27
back_trans.paste(region2, (round(gsX * 213 / srX), round(gsX * 36 / srX)))
Slot1 = 1
Slot4 = 0
elif Slot2 == 0:
back_trans.paste(region, (0, round(gsX * 103 / srX))) #77
back_trans.paste(region2, (round(gsX * 213 / srX), round(gsX * 103 / srX)))
Slot2 = 1
Slot4 = 0
elif Slot3 == 0:
back_trans.paste(region, (0, round(gsX * 169 / srX))) #127
back_trans.paste(region2, (round(gsX * 213 / srX), round(gsX * 169 / srX)))
Slot3 = 1
Slot4 = 0
else:
back_trans.paste(region, (0, round(gsX * 236 / srX))) #177
back_trans.paste(region2, (round(gsX * 213 / srX), round(gsX * 236 / srX)))
Slot4 = 1
if Slot5 == 1:
#SLOT 5
#TRIBE MEMBER
region = im.crop((round(gsX * 587 / srX), round(gsX * 760 / srX), round(gsX * 800 / srX),
round(gsX * 827 / srX)))
#ONLINE/OFFLINE
region2 = im.crop((round(gsX * 1547 / srX), round(gsX * 760 / srX), round(gsX * 1645 / srX),
round(gsX * 827 / srX)))
if Slot1 == 0:
back_trans.paste(region, (0, round(gsX * 36 / srX))) #27
back_trans.paste(region2, (round(gsX * 213 / srX), round(gsX * 36 / srX)))
Slot1 = 1
Slot5 = 0
elif Slot2 == 0:
back_trans.paste(region, (0, round(gsX * 103 / srX))) #77
back_trans.paste(region2, (round(gsX * 213 / srX), round(gsX * 103 / srX)))
Slot2 = 1
Slot5 = 0
elif Slot3 == 0:
back_trans.paste(region, (0, round(gsX * 169 / srX))) #127
back_trans.paste(region2, (round(gsX * 213 / srX), round(gsX * 169 / srX)))
Slot3 = 1
Slot5 = 0
elif Slot4 == 0:
back_trans.paste(region, (0, round(gsX * 236 / srX))) #177
back_trans.paste(region2, (round(gsX * 213 / srX), round(gsX * 236 / srX)))
Slot4 = 1
Slot5 = 0
else:
back_trans.paste(region, (0, round(gsX * 303 / srX))) #227
back_trans.paste(region2, (round(gsX * 213 / srX), round(gsX * 303 / srX)))
Slot5 = 1
if Slot6 == 1:
#SLOT 6
#TRIBE MEMBER
region = im.crop((round(gsX * 587 / srX), round(gsX * 840 / srX), round(gsX * 800 / srX),
round(gsX * 907 / srX)))
#ONLINE/OFFLINE
region2 = im.crop((round(gsX * 1547 / srX), round(gsX * 840 / srX), round(gsX * 1645 / srX),
round(gsX * 907 / srX)))
if Slot1 == 0:
back_trans.paste(region, (0, round(gsX * 36 / srX))) #27
back_trans.paste(region2, (round(gsX * 213 / srX), round(gsX * 36 / srX)))
Slot1 = 1
Slot6 = 0
elif Slot2 == 0:
back_trans.paste(region, (0, round(gsX * 103 / srX))) #77
back_trans.paste(region2, (round(gsX * 213 / srX), round(gsX * 103 / srX)))
Slot2 = 1
Slot6 = 0
elif Slot3 == 0:
back_trans.paste(region, (0, round(gsX * 169 / srX))) #127
back_trans.paste(region2, (round(gsX * 213 / srX), round(gsX * 169 / srX)))
Slot3 = 1
Slot6 = 0
elif Slot4 == 0:
back_trans.paste(region, (0, round(gsX * 236 / srX))) #177
back_trans.paste(region2, (round(gsX * 213 / srX), round(gsX * 236 / srX)))
Slot4 = 1
Slot6 = 0
elif Slot5 == 0:
back_trans.paste(region, (0, round(gsX * 303 / srX))) #227
back_trans.paste(region2, (round(gsX * 213 / srX), round(gsX * 303 / srX)))
Slot5 = 1
Slot6 = 0
else:
back_trans.paste(region, (0, round(gsX * 369 / srX))) #277
back_trans.paste(region2, (round(gsX * 213 / srX), round(gsX * 369 / srX)))
Slot6 = 1
back_trans.save("Player Count.png")
#LOG OVERVIEW DISCORD WEBHOOK IF SET
def LogHook():
if "https" in log_urls:
try:
#SETS THE WEBHOOK/MESSAGE
content = (f"**Quick Update** - {who}")
#SENDS THE REPORT TO DISCORD WEBHOOK
webhook = DiscordWebhook(url=log_urls, content=content)
with open("Log Update.png", "rb") as f:
webhook.add_file(file=f.read(), filename='Log Update.jpg')
webhook.execute()
logger.debug("Overview Updated")
endoffunc()
except Exception as e:
logger.error(f"Log Overview Failed", e)
#MAIN LOOP OF REDLIGHT
def startup():
checkRunning()
#GETS SYSTEM TIME FOR USE IN LOG OVERVIEW
timestamp = time.time()
date_time = datetime.fromtimestamp(timestamp)
str_time = date_time.strftime("%M%S")
#TAKES SCREENSHOT OF ARK (REGARDLESS OF IF THE WINDOW IS ACTIVE OR NOT)
try:
logger.info("Taking SS")
hwnd = win32gui.FindWindow(None, "ARK: Survival Evolved") # Finds targeted window
windll.user32.SetProcessDPIAware()
left, top, right, bot = win32gui.GetWindowRect(hwnd)
w = right - left
h = bot - top
hwndDC = win32gui.GetWindowDC(hwnd)
mfcDC = win32ui.CreateDCFromHandle(hwndDC)
saveDC = mfcDC.CreateCompatibleDC()
saveBitMap = win32ui.CreateBitmap()
saveBitMap.CreateCompatibleBitmap(mfcDC, w, h)
saveDC.SelectObject(saveBitMap)
result = windll.user32.PrintWindow(hwnd, saveDC.GetSafeHdc(), 2) # 0/1 Come back Black image, 2 Returns an image
bmpinfo = saveBitMap.GetInfo()
bmpstr = saveBitMap.GetBitmapBits(True)
inactivebuffer = Image.frombuffer(
'RGB',
(bmpinfo['bmWidth'], bmpinfo['bmHeight']),
bmpstr, 'raw', 'BGRX', 0, 1)
win32gui.DeleteObject(saveBitMap.GetHandle())
saveDC.DeleteDC()
mfcDC.DeleteDC()
win32gui.ReleaseDC(hwnd, hwndDC)
if result == 1:
inactivebuffer.save("ARK.png")
im = Image.open("ARK.png")
except Exception as e:
logger.error(f"Issue with background image: ", e)
#SAVES IMAGE FOR CHECKING IF LOGS ARE OPEN
im.crop((round(gsX * 1760 / srX), round(gsX * 107 / srX), round(gsX * 2013 / srX),
round(gsX * 200 / srX))).save('Tribe Log.png')
tribe = arelogs()
#IF LOGS ARE OPEN CHECK SYSTEM TIME, IF SYSTIME = THESE TIMES PERFORM LOG OVERVIEW
if tribe:
#EG 950 = 9m:50s
if str(950) in str_time or str(951) in str_time\
or str(952) in str_time or str(953) in str_time\
or str(954) in str_time:
ScreenGrab()
#CAN ADD A PRECHECK TO DETERMINE WHERE WE ARE ON THE ARK MENU (RECONNECT)
findcompare(im)
compare(im, roles)
#DELAY BETWEEN SCANS
time.sleep(1.9)
return
#IF LOGS NOT OPEN, COUNTDOWN 60s OR 1m
logger.error("Logs closed, 60s cooldown")
#WRITES TO CONSOLE THE TIME REMAINING (60 CONTROLS THE COOLDOWN)
for remaining in range(60, 0, -1):
time.sleep(0.2)
sys.stdout.write("\r")
sys.stdout.write("{:2d} seconds remaining".format(remaining))
sys.stdout.flush()
time.sleep(0.8)
sys.stdout.write("\r")
endoffunc()
return
#STARTS REDLIGHT UP
if __name__ == '__main__':
windll.user32.SetProcessDPIAware()
logger.log(who, "Starting LogBot")
ark_running = checkRunning()
startup()
#IF "ark_running" = TRUE, CONTINUE RUNNING
while True:
startup()
#Alert:=
# =0 ;No Change
# =1 ;Cryo/Starve (Grey) - Cryo ignored, Starve sent as general update
# =2 ;Demolish (Yellow) - Demolish ignored
# =3 ;Killed/Claimed (Pink) - Pings "roles" for killed, ignores Claimed
# =4 ;Sensor (Plum) - Pings "svrole"
# =5 ;Death/Destruction (Red) - Pings "roles"
# =6 ;Enemy structure destroyed (Sand) - Pings "roles"
# =7 ;Parasaur Ping (Cyan) - Pings "roles"
# =8 ;Claimed/Tamed (Green) Ingores
# =9 ;Tek Turret (Audio)? - Not defined
# =X ;Undefined Colour - Pings "roles"
Write, Run & Share Python code online using OneCompiler's Python online compiler for free. It's one of the robust, feature-rich online compilers for python language, supporting both the versions which are Python 3 and Python 2.7. Getting started with the OneCompiler's Python editor is easy and fast. The editor shows sample boilerplate code when you choose language as Python or Python2 and start coding.
OneCompiler's python online editor supports stdin and users can give inputs to programs using the STDIN textbox under the I/O tab. Following is a sample python program which takes name as input and print your name with hello.
import sys
name = sys.stdin.readline()
print("Hello "+ name)
Python is a very popular general-purpose programming language which was created by Guido van Rossum, and released in 1991. It is very popular for web development and you can build almost anything like mobile apps, web apps, tools, data analytics, machine learning etc. It is designed to be simple and easy like english language. It's is highly productive and efficient making it a very popular language.
When ever you want to perform a set of operations based on a condition IF-ELSE is used.
if conditional-expression
#code
elif conditional-expression
#code
else:
#code
Indentation is very important in Python, make sure the indentation is followed correctly
For loop is used to iterate over arrays(list, tuple, set, dictionary) or strings.
mylist=("Iphone","Pixel","Samsung")
for i in mylist:
print(i)
While is also used to iterate a set of statements based on a condition. Usually while is preferred when number of iterations are not known in advance.
while condition
#code
There are four types of collections in Python.
List is a collection which is ordered and can be changed. Lists are specified in square brackets.
mylist=["iPhone","Pixel","Samsung"]
print(mylist)
Tuple is a collection which is ordered and can not be changed. Tuples are specified in round brackets.
myTuple=("iPhone","Pixel","Samsung")
print(myTuple)
Below throws an error if you assign another value to tuple again.
myTuple=("iPhone","Pixel","Samsung")
print(myTuple)
myTuple[1]="onePlus"
print(myTuple)
Set is a collection which is unordered and unindexed. Sets are specified in curly brackets.
myset = {"iPhone","Pixel","Samsung"}
print(myset)
Dictionary is a collection of key value pairs which is unordered, can be changed, and indexed. They are written in curly brackets with key - value pairs.
mydict = {
"brand" :"iPhone",
"model": "iPhone 11"
}
print(mydict)
Following are the libraries supported by OneCompiler's Python compiler
| Name | Description |
|---|---|
| NumPy | NumPy python library helps users to work on arrays with ease |
| SciPy | SciPy is a scientific computation library which depends on NumPy for convenient and fast N-dimensional array manipulation |
| SKLearn/Scikit-learn | Scikit-learn or Scikit-learn is the most useful library for machine learning in Python |
| Pandas | Pandas is the most efficient Python library for data manipulation and analysis |
| DOcplex | DOcplex is IBM Decision Optimization CPLEX Modeling for Python, is a library composed of Mathematical Programming Modeling and Constraint Programming Modeling |