def waitForLoad():
while (openCVLocate.locateCenter(imgpath + '/blueTeam.png')) == None:
print("waiting for load")
if (openCVLocate.locateCenter(imgpath + '/dodge.PNG')) is not None:
return False
time.sleep(5)
print("loaded")
return True
def rowdownmid(team):
time.sleep(5)
T = time.clock()
# assume loaded
# click in screen
BTcoords = None
if (team == "blue"):
while BTcoords is None:
BTcoords = openCVLocate.locateCenter(imgpath + '/blueTeam.PNG')
else:
BTcoords = None
clickInGame(BTcoords)
# press y to lock camera
keyHelper.PandRKey(keyHelper.cToHex('y'))
# buy dorans blade
screenshotArray = np.array(ImageGrab.grab().convert('RGB'))
buyUpgradeAndBack.buy(buyorder, screenshotArray, BTcoords)
cloop = 0
lastHealth = 0
time.sleep(40)
# main loop
# move back on big damage
# remove slow move
# make the loop[ faster for back and forth
# buy on back
# back on low health
# level all abilities
# use all abilities in a forward direction
while True:
cloop += 1
ctime = time.clock()
screenshotArray = np.array(ImageGrab.grab().convert('RGB'))
try:
health = int(OCR.getWhiteText(screenshotArray, math.floor(BTcoords[0] - 545), 26, math.floor(BTcoords[1] + 120), 12, lower=150).replace('.', '').replace(' ', ''))
if (health == 0):
dead(screenshotArray, BTcoords)
continue
elif health < 200:
keyHelper.PandRKey(keyHelper.cToHex('f'))
buyUpgradeAndBack.back(buyorder, screenshotArray, BTcoords)
continue
if(health - lastHealth < -130):
moveBackwards(1, BTcoords)
autoDownMid(BTcoords, time.clock() - T)
if(openCVLocate.locateCenter(imgpath + '/upgrade.PNG') is not None):
buyUpgradeAndBack.upgrade()
if cloop % 10 == 0:
autoDownMid(BTcoords, time.clock() - T)
print(health)
lastHealth = health
except ValueError:
print("health got messed up")
finally:
time.sleep(max(.7 - (time.clock() - ctime), 0))
def runitdownbot(team):
time.sleep(1)
T = time.clock()
# assume loaded
# click in screen
BTcoords = None
if (team == "blue"):
while BTcoords is None:
BTcoords = openCVLocate.locateCenter(imgpath + '/blueTeamTT.PNG')
else:
BTcoords = None
clickInGame(BTcoords)
im = np.array(ImageGrab.grab().convert('RGB'))
buyUpgradeAndBack.buy(buyorder, im, BTcoords, xoff=-296, yoff=70)
cloop = 0
while True:
cloop += 1
ctime = time.clock()
im = np.array(ImageGrab.grab().convert('RGB'))
health = getHealth(im, BTcoords)
print("H:" + str(health))
if health is 0:
buyUpgradeAndBack.buy(buyorder, im, BTcoords, xoff=-296, yoff=70)
elif health < 20:
dodgeBack(BTcoords)
time.sleep(2)
dodgeBack(BTcoords)
time.sleep(2)
buyUpgradeAndBack.back()
buyUpgradeAndBack.buy(buyorder, im, BTcoords, xoff=-296, yoff=70)
if (cloop + 2) % 10 == 0:
dodgeBack(BTcoords)
if cloop % 10 == 0:
autoItDown(BTcoords)
if cloop % 60 == 0:
if (openCVLocate.locateCenter(imgpath + '/upgrade.PNG')
is not None):
buyUpgradeAndBack.upgrade(upgradeorder)
time.sleep(max(.7 - (time.clock() - ctime), 0))
def autoAccept():
delay = 7
accepted = False
while True:
print("accepting")
pos = openCVLocate.locateCenter(imgpath + '/accept.PNG')
if (pos != None):
acceptCoords = pos
pyautogui.click(acceptCoords, duration=.1)
pyautogui.click(acceptCoords[0], acceptCoords[1] - 50, duration=.5)
accepted = True
delay = 1
if (accepted and
openCVLocate.locateCenter(imgpath + '/wardInChampSelect.PNG')):
break
time.sleep(delay)
def lockIn(champs):
images = []
for champ in champs:
if champ == 'ashe':
images.append(imgpath + '/ashe.PNG')
elif champ == 'jhin':
images.append(imgpath + '/jhin.PNG')
elif champ == 'vayne':
images.append(imgpath + '/vayne.PNG')
elif champ == 'jinx':
images.append(imgpath + '/jinx.PNG')
elif champ == 'varus':
images.append(imgpath + '/varus.PNG')
elif champ == 'sivir':
images.append(imgpath + '/sivir.PNG')
elif champ == 'caitlyn':
images.append(imgpath + '/caitlyn.PNG')
else:
images.append(imgpath + '/ashe.PNG')
while openCVLocate.locateCenter(imgpath + '/lockIn.png', thold=.9) == None:
for image in images:
if openCVLocate.locateCenter(image, thold=.9) is not None:
pyautogui.click(openCVLocate.locateCenter(image, thold=.9))
time.sleep(1)
while openCVLocate.locateCenter(imgpath + '/lockIn.png') is not None:
pyautogui.click(openCVLocate.locateCenter(imgpath + '/lockIn.png'),
duration=.2)
time.sleep(2)
for image in images:
if openCVLocate.locateCenter(image, thold=.9) is not None:
pyautogui.click(openCVLocate.locateCenter(image, thold=.9))
time.sleep(1)
pyautogui.click(openCVLocate.locateCenter(imgpath +
'/lockIn.png'),
duration=.2)
time.sleep(1)
def clickX():
while openCVLocate.locateCenter(imgpath + '/X.PNG', thold=.95) is None:
pos = openCVLocate.locateCenter(imgpath + '/OK.PNG', thold=.65)
if pos is not None:
print('see OK')
pyautogui.click(pos, duration=.6)
pyautogui.moveTo(x=pos[0], y=pos[1] + 40)
time.sleep(1)
time.sleep(10)
while openCVLocate.locateCenter(imgpath + '/X.PNG', thold=.95) is not None:
pos = openCVLocate.locateCenter(imgpath + '/OK.PNG', thold=.65)
if pos is not None:
pyautogui.click(pos, duration=.6)
pyautogui.moveTo(x=pos[0], y=pos[1] + 40)
time.sleep(2)
pyautogui.click(openCVLocate.locateCenter(imgpath + '/X.PNG'))
time.sleep(2)
pos = openCVLocate.locateCenter(imgpath + '/OK.PNG', thold=.65)
if pos is not None:
pyautogui.click(pos, duration=.6)
pyautogui.moveTo(x=pos[0], y=pos[1] + 40)
def autoQueue(queue):
if queue == "intro":
Qimage = imgpath + "/introQueue.PNG"
elif queue == "beginner":
Qimage = imgpath + "/beginnerQueue.PNG"
elif queue == "intermediate":
Qimage = imgpath + "/intermediateQueue.PNG"
else:
Qimage = imgpath + "introQueue.PNG"
#wait for play
while openCVLocate.locateCenter(imgpath + '/play.PNG') == None:
print("waiting for play")
time.sleep(2)
pyautogui.click(openCVLocate.locateCenter(imgpath + '/play.PNG'),
duration=.06)
pyautogui.click(openCVLocate.locateCenter(imgpath + '/play.PNG'),
duration=.06)
print("play clicked")
#wait for coop v ai
CvAIcount = 0
while openCVLocate.locateCenter(imgpath + '/CoopVAI.PNG') == None:
print("waiting for coop")
time.sleep(2)
CvAIcount += 1
if (CvAIcount > 5):
break
pyautogui.click(openCVLocate.locateCenter(imgpath + '/CoopVAI.PNG'),
duration=.07)
print("CoopVAI clicked")
#wait for queue
Qcount = 0
while openCVLocate.locateCenter(Qimage) == None:
print("waiting for Q")
time.sleep(2)
Qcount += 1
if (Qcount > 5):
break
pyautogui.click(openCVLocate.locateCenter(Qimage), duration=.07)
print("Q clicked")
#wait for confirm
while openCVLocate.locateCenter(imgpath + '/confirmQueue.PNG') == None:
print("waiting for confirm")
time.sleep(2)
pyautogui.click(openCVLocate.locateCenter(imgpath + '/confirmQueue.PNG'),
duration=.07)
print("ConfirmQ clicked")
# wait for find match
while openCVLocate.locateCenter(imgpath + '/findMatch.PNG') == None:
print("waiting for find match")
time.sleep(2)
while openCVLocate.locateCenter(imgpath + '/findMatch.PNG') is not None:
pyautogui.doubleClick(openCVLocate.locateCenter(imgpath +
'/findMatch.PNG'),
duration=.07)
time.sleep(2)
print("Find match clicked! Bye!")
def closeOptions():
if (openCVLocate.locateCenter(imgpath + '/options.PNG') != None):
keyHelper.PandRKey(0x01)
def rundownmid(team):
time.sleep(5)
# main loop
imageCoords = None
if (team == "blue"):
while imageCoords is None:
imageCoords = openCVLocate.locateCenter(imgpath + '/blueTeam.PNG')
else:
imageCoords = None
pyautogui.moveTo(imageCoords, duration=2)
pyautogui.click(imageCoords, duration=.1)
time.sleep(1)
#buy dorans
keyHelper.PandRKey(0x19)
time.sleep(1)
keyHelper.PressKey(0x1D) # CTRL
time.sleep(1)
keyHelper.PandRKey(0x1C) # RTRN
time.sleep(1)
keyHelper.ReleaseKey(0x1D) # CTRL
keyHelper.PandRKey(0x30) # B
keyHelper.PandRKey(0x26) # L
keyHelper.PandRKey(0x1E) # A
time.sleep(.5)
keyHelper.PandRKey(0x1C) # RTRN
keyHelper.PandRKey(0x1C) # RTRN
keyHelper.PandRKey(0x01) # ESC
time.sleep(60)
curr = 0
while True:
if curr % 5 == 0:
print("pressing Q")
keyHelper.PandRKey(0x10) # Q
time.sleep(.5)
if curr % 24 == 0:
# buy vamp
keyHelper.PandRKey(0x19)
time.sleep(1)
keyHelper.PressKey(0x1D) # CTRL
time.sleep(.4)
keyHelper.PandRKey(0x1C) # RTRN
time.sleep(.4)
keyHelper.ReleaseKey(0x1D) # CTRL
keyHelper.PandRKey(0x2F) #V
keyHelper.PandRKey(0x1E) #A
keyHelper.PandRKey(0x32) #M
keyHelper.PandRKey(0x19) #P
keyHelper.PandRKey(0x17) #I
time.sleep(1)
keyHelper.PandRKey(0x1C) # RTRN
keyHelper.PandRKey(0x1C) # RTRN
keyHelper.PandRKey(0x01) # ESC
if curr % 6 == 0:
# move to target
pyautogui.moveTo(x=imageCoords[0] - 800,
y=imageCoords[1],
duration=1)
pyautogui.click(x=imageCoords[0] - 800,
y=imageCoords[1],
clicks=1,
button='right',
duration=.1)
time.sleep(.2)
pyautogui.mouseUp(button='right')
time.sleep(.8)
keyHelper.PressKey(0x1E)
time.sleep(.2)
pyautogui.moveTo(imageCoords[0] + 10,
imageCoords[1] - 10,
duration=1)
pyautogui.click(imageCoords[0] + 10,
imageCoords[1] - 10,
clicks=1,
button='left',
duration=.1)
time.sleep(.2)
pyautogui.mouseUp(button='left')
time.sleep(.2)
keyHelper.ReleaseKey(0x1E)
if curr % 15 == 2:
print("pressing CTRL Q")
#upgrade Q
keyHelper.PressKey(0x1D) # CTRL
keyHelper.PressKey(0x10) # Q
time.sleep(.1)
keyHelper.ReleaseKey(0x1D)
keyHelper.ReleaseKey(0x10)
curr += 1
if curr % 15 == 0:
#close the menu if it some how is still open
closeOptions()
#check for end of game
if openCVLocate.locateCenter(imgpath +
'/continue.PNG') is not None:
pyautogui.click(openCVLocate.locateCenter(imgpath +
'/continue.PNG'),
duration=.6)
break
time.sleep(2)
def checkTeam():
if (openCVLocate.locateCenter(imgpath + '/blueTeam.png')):
return 'blue'
else:
return 'red'