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quizletmatchAI.py
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#!/usr/bin/env python3
import time
import sys, pyautogui
#import mouse
import random
from PIL import ImageGrab
#import pyscreenshot as ImageGrab
from math import sqrt, pow, exp
#import cv2
import pytesseract
from pynput.mouse import Button, Controller
mouse = Controller()
#pytesseract.pytesseract.tesseract_cmd = r'C:\Program Files\Tesseract-OCR\tesseract.exe'
#def main():
# cd=time.time()
# setup()
# oldmain()
# cdd=time.time()
# print(cdd-cd)
def main():
pyautogui.hotkey('alt','tab')
matchingalg()
# for i in range(100):
# matchingalg()
# for i in range(9):
# time.sleep(1)
# print(i, "seconds")
# pyautogui.click(2411, 782)
# time.sleep(0.2)
def matchingalg():
global start
start=time.time()
#time.sleep(0.1)
#waitstart()
#startstart=time.time()
#print("start", startstart)
setup()
imagetext=getimageinfo(screenshotlist)
check=time.time()
#print(imagetext)
print("ss check:", check-start)
wordlist=matchlist()
#print(wordlist)
positions, badlist=textparse(wordlist, imagetext)
check2=time.time()
print("calc check2", check2-check)
speedclick(positions)
time.sleep(0.1)
c4=time.time()
print("click check", c4-check2)
if len(badlist) <3:
oldmain()
if len(badlist )>2:
print("__test__")
newpos=similaritytest(wordlist, badlist)
check3=time.time()
print("calc check3", check3-c4)
speedclick(newpos)
oldmain()
# if len(badlist)>6:
# lol=ImageGrab.grab()
#filepath='debugpic'+str(random.randint(1000,1999))+'.png'
#lol.save(filepath, 'PNG')
# else:
# lol=ImageGrab.grab()
#filepath='debugpic'+str(random.randint(5000,5999))+'.png'
#lol.save(filepath, 'PNG')
#oldmain()
#postclick(badlist)
end=time.time()
print('done')
print(end-start)
#positions=textparser(wordlist, unusual, imagetext)
#def waitstart():
# test=1953,752
# lol=ImageGrab.grab()
# ca, cb, cc=lol.getpixel(coordinate)
# if ca < 150:
# if cb < 150:
# if cc < 150:
# pops.append(x)
# print("wait")
def jaccard_similarity(x,y):
""" returns the jaccard similarity between two lists """
#print(x,y)
intersection_cardinality = len(set.intersection(*[set(x), set(y)]))
union_cardinality = len(set.union(*[set(x), set(y)]))
return intersection_cardinality/float(union_cardinality)
def similaritytest(wordl, pairl):
pairlist=[]
finallist=[]
poplist=[]
badlist=[]
cleared=False
global pops
while cleared == False:
pops=0
for pops in range(len(pairl)):
#print(pairl[pops][0])
if pairl[pops][0] == '':
pairl.pop(pops)
break
if pops+1 == len(pairl):
cleared = True
#print("\n\n WHAT IN TARNATION \n\n\n", pairl)
for asdf in pairl:
score=0
final="hello"
#print(len(wordl))
for asdf2 in wordl:
test1=str(asdf[0])
test1=test1.split(" ")
#print("\n\n\n\n", asdf2, "--------------------------------------------------------------")
test2=str(asdf2[0])
test2=test2.split(" ")
score2=jaccard_similarity(test1, test2)
#print("\n", str(score2)+"%", asdf2[0],"\n", asdf[0], "_____________________________\n\n")
if score2>score:
#print(str(score*100)+"%", asdf2[0], "_____________________________")
score=score2
final=asdf2[0]
test1=str(asdf[0])
test1=test1.split(" ")
#print("\n\n\n\n", asdf2, "--------------------------------------------------------------")
try:
test2=str(asdf2[1])
except:
#print(asdf2, "__________________________________________________________________________")
test2=str(asdf2[0])
test2=test2.split(" ")
score2=jaccard_similarity(test1, test2)
#print("\n", str(score2)+"%", asdf2[1],"\n", asdf[0], "_____________________________\n\n")
if score2>score:
#print(str(score*100)+"%", asdf2[1], "_____________________________")
score=score2
final=asdf2[1]
#print(asdf, str(score)+"%", final, "!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!")
asdfasdf=final, asdf[1]
finallist.append(asdfasdf)
for word in finallist:
wordval=word[1]
word=word[0]
wordfound = False
for match in wordl:
if word in match:
wordfound=True
matchindex, listindex=match.index(word), wordl.index(match)
pairindex=(matchindex+1)%2
matched=False
for matchpos in pairl:
try:
if match[pairindex]==matchpos[0]:
pairval=matchpos[1]
if pairval not in pairlist and wordval not in pairlist:
pairlist.append(wordval)
pairlist.append(pairval)
except:
print(matchpos)
else:
tmpbad=[word[0], wordval]
badlist.append(tmpbad)
if wordfound==False:
tmpbad=[word[0], word[1]]
badlist.append(tmpbad)
return pairlist
def setup():
global alllist, savedlist, originlist, screenshotlist
with open('coordfile.txt') as file:
lines = [line.rstrip() for line in file]
coords=[]
for i in lines:
nn1, nn2=i.split(",")
coords.append(nn1)
coords.append(nn2)
ab=coords[0], coords[1]
bb=coords[0], coords[3]
cb=coords[0], coords[5]
db=coords[0], coords[7]
eb=coords[8], coords[1]
fb=coords[8], coords[3]
gb=coords[8], coords[5]
hb=coords[8], coords[7]
ib=coords[10], coords[1]
jb=coords[10], coords[3]
kb=coords[10], coords[5]
lb=coords[10], coords[7]
a1=coords[12], coords[13], coords[14], coords[15]
b1=coords[12], coords[17], coords[14], coords[19]
c1=coords[12], coords[21], coords[14], coords[23]
d1=coords[12], coords[25], coords[14], coords[27]
e1=coords[28], coords[13], coords[30], coords[15]
f1=coords[28], coords[17], coords[30], coords[19]
g1=coords[28], coords[21], coords[30], coords[23]
h1=coords[28], coords[25], coords[30], coords[27]
i1=coords[32], coords[13], coords[34], coords[15]
j1=coords[32], coords[17], coords[34], coords[19]
k1=coords[32], coords[21], coords[34], coords[23]
l1=coords[32], coords[25], coords[34], coords[27]
#listfinished=False
alllist=[]
screenshotlist=[]
originlist=[ab, bb, cb, db, eb, fb, gb, hb, ib, jb, kb, lb]
sslist=[a1, b1, c1, d1, e1, f1, g1, h1, i1, j1, k1, l1]
for ll in originlist:
x=int(ll[0]), int(ll[1])
alllist.append(x)
for jj in sslist:
x=int(jj[0]), int(jj[1]), int(jj[2]), int(jj[3])
screenshotlist.append(x)
originlist=alllist
savedlist=alllist
#print(alllist)
#print(screenshotlist)
def getimageinfo(sslist):
sstextlist=[]
txt=""
while txt == "":
xyxy=sslist[0]
matchImage=ImageGrab.grab(bbox=(xyxy[0],xyxy[1],xyxy[2],xyxy[3]))
#matchImage.save(f"tmp{xyxy}.png") ###for debugging
#img = cv2.imread("tmp.png")
#time.sleep(10)
txt=pytesseract.image_to_string(matchImage)
print(txt)
txt=txt.replace("\n", " ")
txt=txt.strip()
xstart=time.time()
print(xstart-start)
sstextlist.append(txt)
#print(text)
for numi in range(len(sslist)-1):
#print(xyxy)
xyxy=sslist[numi+1]
matchImage=ImageGrab.grab(bbox=(xyxy[0],xyxy[1],xyxy[2],xyxy[3]))
#matchImage.save(f"tmp{xyxy}.png") ###for debugging
#img = cv2.imread("tmp.png")
#time.sleep(10)
text=pytesseract.image_to_string(matchImage)
print(text)
text=text.replace("\n", " ")
text=text.strip()
sstextlist.append(text)
#print(text)
return sstextlist
def matchlist():
newlines=[]
matchsplitchar="!!!!!"
with open('quizletmatchlist.txt') as file:
lines = [line.rstrip() for line in file]
for stuff in lines:
things=stuff.split(matchsplitchar)
newlines.append(things)
'''
for things in newlines:
for thing in things:
if len(thing)>27:
unusual.append(thing)
'''
return newlines #, unusual
def speedclick(indecies):
#print(indecies)
for indice in indecies:
coordinates=originlist[indice]
#print(coordinates)
posx=int(coordinates[0])
posy=int(coordinates[1])
#print(posx, posy)
#mouseclick(posx, posy)
#mouse.click()
#pyautogui.click(x=posx, y=posy)
mouse.position=(posx, posy)
mouse.press(Button.left)
mouse.release(Button.left)
time.sleep(0.1)
def textparse(thelist, imagestuff):
pairlist=[]
badlist=[]
for word in imagestuff:
wordfound = False
for match in thelist:
if word in match:
wordfound=True
wordval=imagestuff.index(word)
matchindex, listindex=match.index(word), thelist.index(match)
pairindex=(matchindex+1)%2
if match[pairindex] in imagestuff:
pairval=imagestuff.index(match[pairindex])
if pairval not in pairlist and wordval not in pairlist:
pairlist.append(wordval)
pairlist.append(pairval)
else:
tmpbad=[word, wordval]
badlist.append(tmpbad)
if wordfound==False:
tmpbad=[word, imagestuff.index(word)]
badlist.append(tmpbad)
#print(pairlist, "\n\n------------------------------------------------------------------------\n", badlist)
return pairlist, badlist
def solveandcheck():
global alllist, savedlist, originlist
originlist=savedlist
savedlist=originlist
troll=False
pops=[]
lol=ImageGrab.grab()
#filepath='debugpic'+str(random.randint(0,1299202))+'.png'
#lol.save(filepath, 'PNG')
for x in range(len(originlist)):
coordinate=originlist[x]
#print(lol.getpixel(coordinate))
#green=223,242,235
#finished=245, 247, 251
#red=255,220,214
#yellow=255, 243, 200
ca, cb, cc=lol.getpixel(coordinate)
if ca < 250:
if cb < 254:
if cc < 254:
pops.append(x)
for index in sorted(pops, reverse=True):
del savedlist[index]
if len(savedlist)<len(alllist):
troll=True
alllist=savedlist
#print(originlist, savedlist, alllist)
return troll
def mouseclick(asdf, asdf2):
sdf=mouse.get_position()
abc=asdf-sdf[0], asdf2-sdf[1]
mouse.move(abc[0], abc[1], absolute=False, duration=0)
def oldmain():
m=0
n=0
listfinished=False
# print(len(savedlist))
while listfinished==False:
troll=solveandcheck()
if troll==True:
m=0
n=0
o=len(alllist)
o=len(alllist)
# print(o, alllist)
if len(alllist)<1:
# print("??????????????????????????????????////")
troll=solveandcheck()
#print(len(alllist))
if troll==True:
m=0
n=0
o=len(alllist)
if len(alllist) < 1:
listfinished=True
break
else:
pass
if n>len(alllist)-1:
m+=1
n=0
if m> len(alllist)-1:
m=0
#break
if m==n:
n+=1
p=(o-n)%o
if p > len(alllist)-1:
p=0
if p==m and p+1 < len(alllist)-1:
p+=1
# print(alllist[m], alllist[p])
#print(m)
posx=alllist[m][0]
posy=alllist[m][1]
mouse.position=(posx, posy)
mouse.press(Button.left)
mouse.release(Button.left)
#mouseclick(alllist[m][0], alllist[m][1])
# time.sleep(0.1)
posx=alllist[p][0]
posy=alllist[p][1]
mouse.position=(posx, posy)
mouse.press(Button.left)
mouse.release(Button.left)
#mouse.click()
#mouseclick(alllist[p][0], alllist[p][1])
# time.sleep(0.1)
#mouse.click()
n+=1
if __name__ == "__main__":
main()