def doMove(xPos, yPos, this_face):
global face
# getting the adjacent faces for the current face showing
top, right, bot, left = Moves.adjacentFaces(this_face)
# checking if the center of any face in the UV index is clicked and showing that face accordingly
if 700 < xPos < 800 and 400 < yPos < 500:
face = 0
if 1000 < xPos < 1100 and 400 < yPos < 500:
face = 1
if 1300 < xPos < 1400 and 400 < yPos < 500:
face = 2
if 1600 < xPos < 1700 and 400 < yPos < 500:
face = 3
if 1000 < xPos < 1100 and 100 < yPos < 200:
face = 4
if 1000 < xPos < 1100 and 700 < yPos < 800:
face = 5
# front turn
if 400 < xPos < 500 and 200 < yPos < 300:
Moves.turnFront(this_face, cube)
if 0 < xPos < 100 and 200 < yPos < 300:
Moves.turnFront(this_face, cube, True)
# top row
if 100 < xPos < 200 and 200 < yPos < 300:
Moves.turnLeft(this_face, cube)
if 300 < xPos < 400 and 200 < yPos < 300:
Moves.turnRight(this_face, cube)
# bot row:
if 100 < xPos < 200 and 600 < yPos < 700:
Moves.turnLeft(this_face, cube, True)
if 300 < xPos < 400 and 600 < yPos < 700:
Moves.turnRight(this_face, cube, True)
# right row:
if 400 < xPos < 500 and 300 < yPos < 400:
Moves.turnTop(this_face, cube, True)
if 400 < xPos < 500 and 500 < yPos < 600:
Moves.turnBot(this_face, cube)
# left row:
if 0 < xPos < 100 and 300 < yPos < 400:
Moves.turnTop(this_face, cube)
if 0 < xPos < 100 and 500 < yPos < 600:
Moves.turnBot(this_face, cube, True)
# turn faces:
if 100 < xPos < 200 and 100 < yPos < 200:
face = top
if 300 < xPos < 400 and 100 < yPos < 200:
face = bot
if 100 < xPos < 200 and 700 < yPos < 800:
face = left
if 300 < xPos < 400 and 700 < yPos < 800:
face = right
