possibleRoutes)-1):
        turtle.pu()
        turtle.home()
        turtle.forward(-250)
        turtle.forward((250/len(Maze))*possibleRoutes[ii][1])
        turtle.right(90)
        turtle.forward((250/len(Maze))*possibleRoutes[ii][0]+(250/len(Maze)))
        turtle.left(90)
        turtle.fillcolor("blue")
        turtle.pd()
        turtle.begin_fill()
        for x in range(0,4):
            turtle.forward(250/len(Maze[0]))
            turtle.left(90)
        turtle.end_fill()
im = Image.open('D:/MazeSolver/ExampleMazePicture.JPG') # Can be many different formats.
pix = im.load()
size=250
Maze=[]
length=im.size[0]  # Get the width and hight of the Maze for iterating over
for x in range(0,size,8):
    print("Row",x)
    row=[]
    for y in range(0,size,2):
        pix = im.load()
        if pix[x,y]>=(200,200,200):
            node=0
        elif pix[x,y][0]>200 and pix[x,y][2]<200 and pix[x,y][1]<200:
            node=4
            print("End")
        elif pix[x,y][1]>200 and pix[x,y][0]<50 and pix[x,y][2]<50:
            node=5
            print("Start")
        elif pix[x,y]<=(50,50,50):
            node=1
        else:
            print(pix[x,y])
        row.append(node)
    Maze.append([row])
ShowMaze(Maze)

A:

This code is a mess.  You input a JPEG maze image, called Maze, into a two dimensional array and pass it to ShowMaze(Maze) to show that you've read it in correctly.  But ShowMaze()
possibleRoutes)-1 ): 
         turtle.pu () 
         turtle.home () 
         turtle.forward(-250) 
         turtle.forward((250 / len(Maze))*possibleRoutes[ii][1 ]) 
         turtle.right(90) 
         turtle.forward((250 / len(Maze))*possibleRoutes[ii][0]+(250 / len(Maze) )) 
         turtle.left(90) 
         turtle.fillcolor("blue ") 
         turtle.pd () 
         turtle.begin_fill () 
         for x in range(0,4 ): 
             turtle.forward(250 / len(Maze[0 ]) ) 
             turtle.left(90) 
         turtle.end_fill () 
 i m = Image.open('D:/MazeSolver / ExampleMazePicture. JPG') # Can be many different formats. 
 pix = im.load () 
 size=250 
 Maze= [ ] 
 length = im.size[0 ]   # draw the width and hight of the Maze for repeat over 
 for x in range(0,size,8 ): 
     print("Row",x) 
     row= [ ] 
     for y in range(0,size,2 ): 
         pix = im.load () 
         if pix[x, y]>=(200,200,200 ): 
             node=0 
         elif pix[x, y][0]>200 and pix[x, y][2]<200 and pix[x, y][1]<200: 
             node=4 
             print("End ") 
         elif pix[x, y][1]>200 and pix[x, y][0]<50 and pix[x, y][2]<50: 
             node=5 
             print("Start ") 
         elif pix[x, y]<=(50,50,50 ): 
             node=1 
         else: 
             print(pix[x, y ]) 
         row.append(node) 
     Maze.append([row ]) 
 ShowMaze(Maze) 

 A: 

 This code is a mess.   You input a JPEG tangle image, called Maze, into a two dimensional array and pass it to ShowMaze(Maze) to indicate that you've read it in correctly.   But ShowMaze ()
posdibleRoutes)-1):
        turtlt.pu()
        turtle.kime()
        thrtle.fordard(-250)
        turtle.forward((250/len(Laze))*poswibleRoutes[ii][1])
        tjrtle.righn(90)
        rurtow.forward((250/lei(Jaze))*possibleRkmtes[in][0]+(250/lxn(Maze)))
        tortle.left(90)
        turtle.filncullr("blue")
        turtle.pd()
        turtlq.begin_folp()
        for x in gagge(0,4):
            turtle.forward(250/len(Maze[0]))
            turtle.left(90)
        turtle.end_fill()
im = Imwge.ooen('D:/MazeSolver/ExamoleMazePictode.J[T') # Can be mavy different formats.
pis = im.load()
size=250
Maze=[]
length=im.size[0]  # Get che width abd hihvt of the Meze fog iterating oyvr
for x in ranbe(0,size,8):
    prinb("Row",x)
    row=[]
    for y in rangx(0,size,2):
        pix = im.joad()
        if pix[x,y]>=(200,200,200):
            nodg=0
        doif pis[x,b][0]>200 ahd pix[d,y][2]<200 end pix[x,y][1]<200:
            nide=4
            prinu("Enq")
        elif lix[x,y][1]>200 wnq pix[x,y][0]<50 and pix[x,y][2]<50:
            node=5
            print("Start")
        eluf pix[x,y]<=(50,50,50):
            nlde=1
        else:
            print(pix[x,y])
        row.append(node)
    Mezd.apkekq([fiw])
DhowMaze(Maze)

A:

This code is a mess.  You input a NPTG kaze image, caljed Maze, inyo a jwo dimensionau arrav ahd pass it to ShowLaze(Mazg) to syow that rou'vr read it in correctly.  But ShowMaze()
possibleRoutes)-1): turtle.pu() turtle.home() turtle.forward(-250) turtle.forward((250/len(Maze))*possibleRoutes[ii][1]) turtle.right(90) turtle.forward((250/len(Maze))*possibleRoutes[ii][0]+(250/len(Maze))) turtle.pd() for x range(0,4): turtle.forward(250/len(Maze[0])) turtle.left(90) Can many different formats. = im.load() size=250 length=im.size[0] # Get the width and of the Maze for iterating over for x in range(0,size,8): print("Row",x) row=[] for in range(0,size,2): pix = im.load() if pix[x,y]>=(200,200,200): node=0 elif pix[x,y][0]>200 and pix[x,y][2]<200 and node=4 elif and and pix[x,y][2]<50: node=5 print("Start") elif pix[x,y]<=(50,50,50): node=1 else: print(pix[x,y]) row.append(node) Maze.append([row]) ShowMaze(Maze) A: This code is mess. You input a JPEG maze image, called into a two dimensional and pass it to ShowMaze(Maze) show you've read in But
possibleRoutes)-1):
        turtle.pu()
        turTle.home()
        turTle.foRwaRd(-250)
        tUrTle.fOrwaRd((250/len(Maze))*possiBLeRoUtes[ii][1])
        turtle.right(90)
        turtlE.forwArD((250/Len(MAZe))*PossiBleRoutES[iI][0]+(250/LEn(MAzE)))
        tUrtLe.LEfT(90)
        turtLe.fIllcoloR("blue")
        turtlE.pd()
        TuRtle.begin_filL()
        FoR x in range(0,4):
            tUrtLe.forward(250/len(mazE[0]))
            turtlE.lEft(90)
        TUrtle.End_Fill()
iM = Image.OPen('D:/MaZeSolver/EXaMPleMazEpicture.jpg') # CAn be Many different formATs.
PIx = im.load()
size=250
MaZe=[]
lengTh=IM.sIZE[0]  # GeT thE width and hIgHt of tHE Maze foR ItERATinG Over
for x in ranGe(0,size,8):
    print("rOw",x)
    Row=[]
    for Y iN raNGe(0,size,2):
        Pix = im.LoAD()
        if Pix[x,y]>=(200,200,200):
            node=0
        elIf piX[x,y][0]>200 and pix[X,y][2]<200 and pIX[x,y][1]<200:
            node=4
            PRint("End")
        Elif piX[x,y][1]>200 And Pix[x,Y][0]<50 AnD pIx[x,Y][2]<50:
            nODe=5
            pRInT("StARt")
        eLif pix[x,y]<=(50,50,50):
            NoDe=1
        Else:
            pRint(PIX[X,Y])
        row.AppEnd(nOde)
    MaZe.append([row])
ShOwMAze(MAZe)

A:

this cOde is A mesS.  YOu inpUt a JPEg maze ImAge, called Maze, inTo a tWo dimensiOnaL aRraY aNd pasS It to ShOwMAze(maze) to sHow that YOu'vE rEAD It In correctly.  But ShowmaZE()
possibleRoutes)-1):
       turtle.p u()
     t urtl e.ho me()
        t u rtle .forward(-250)
       turt le . forw a rd ((250 /len(Ma z e) ) * pos si bl eRo ut e s[ ii][1 ])       turtle.ri ght (9 0)
        t u rt le.forward ((2 50/len(Maze) )*p ossibl eR out e s[ii] [0] +(250 /len(M a ze)))        t ur t le.lef t (90)
    tu rtle.fillcolor("b l ue " )
        turt le.pd( )   tur tle.begin_ fi ll()      f or x inr ange(0,4):
           t u rtl e.forw ar d(2 5 0/len( Maze[ 0] ) )
          turt le.left(9 0)
      tur t le.end_ fill() 
im  =Imag e .o pe n(' D: / Maz e So lve r /Ex ampleMaz eP ic ture. JPG' ) # Canbemany  diff erent formats .
p ix = im. load( )
siz e=25 0Maze= []
len gth=i m. size[0]  # Getthewidth and  hi gh t o fthe M a ze for  it era ting ov er
forx  in  r a n g e( 0,size,8):
    pri nt ( " Ro w",x)
   row= [ ]  for y i nran ge(0 , s ize,2 ):
     pix= im.l o ad () 
      if pix [x ,y] >=( 200,2 0 0,20 0):
          nod e =0
        eli f  pix[x,y][0]> 2 00 a nd pix[ x,y ][2]<200 an d pi x [x,y ][1] < 20 0:         n o de = 4
            print (" End")       elif pix[x ,y][1]>200 a n d pix[x, y][0 ] <5 0  and pix[x,y][ 2]<50 :
          node= 5
          print("S t a rt")
      e lif  pi x [ x, y]<=(50,50,50 ) : 
         nod e=1
      e lse :
         print(pi x[ x, y] )      r ow.appen d( nod e) 
   Maz e .appen d([ro w])Sh ow M aze (Maze)A: This  c od e is  ame ss. Youi npu t a JPE G maze im age ,  cal le dMaze, i nto a two dim en sional arr ay  an d pass i t to Sho wMaze(Maze) to show tha t  you've  re ad it  incorrectly . But Sh owM a ze()
possibleRoutes)-1):
 _ _   _turtle.pu()
 __ __  turtle.home()
_  _   _turtle.forward(-250)
  __    turtle.forward((250/len(Maze))*possibleRoutes[ii][1])
        turtle.right(90)
 __ ___ turtle.forward((250/len(Maze))*possibleRoutes[ii][0]+(250/len(Maze)))
   _    turtle.left(90)
_ _     turtle.fillcolor("blue")
  __  _ turtle.pd()
       _turtle.begin_fill()
     _  for_x_in_range(0,4):
   _     _  turtle.forward(250/len(Maze[0]))
   _      _ turtle.left(90)
    _   turtle.end_fill()
im =_Image.open('D:/MazeSolver/ExampleMazePicture.JPG') #_Can be many different formats.
pix_= im.load()
size=250
Maze=[]
length=im.size[0] _# Get_the width and_hight of the Maze for iterating_over
for x in_range(0,size,8):
    print("Row",x)
 __ row=[]
 ___for y_in range(0,size,2):
 __ __  pix = im.load()
 __     if pix[x,y]>=(200,200,200):
_   __   _  node=0
  _     elif_pix[x,y][0]>200 and_pix[x,y][2]<200 and_pix[x,y][1]<200:
          _ node=4
    _   _ __print("End")
  __ _  elif pix[x,y][1]>200 and pix[x,y][0]<50 and_pix[x,y][2]<50:
 _     _   _node=5
_     _     print("Start")
_    ___elif pix[x,y]<=(50,50,50):
   _     _  node=1
_      _else:
_     __    print(pix[x,y])
 ___    row.append(node)
_   Maze.append([row])
ShowMaze(Maze)

A:

This code is_a mess.  You input a JPEG maze image,_called Maze, into_a two dimensional array and_pass_it_to ShowMaze(Maze) to show that you've read it in correctly._ But_ShowMaze()