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Question #645818 on Sikuli changed:
https://answers.launchpad.net/sikuli/+question/645818

Description changed to:
I seem to have run into a huge problem in my code :
A mini game requires me to press a certain keys displayed on the screen,the problem is the background is ever changing .
So i minimised the region to a very small area and run multiple searches before sorting them in the right order.

The duplicates are found by measuring the x axis distance and if its less then 20 take the match with the most similarity score.
The problem is i am still getting duplicates if the search is run more than once, and it is essential the search runs more than once since, I am trying to minimise false matches in the area ,so that the right keys are pressed.
The code is also meant to be designed for speed with the operations being done before 10 seconds..
Code

import math
import time
import re
import itertools
######################SETTINGS###############################
Settings.ObserveScanRate = 5
#############################################################
up =[]
down =[]
leftt =[]
rightt =[]
ml = Location(724, 386)

def distanceC(x, y):
    if x >= y:
        result = x - y
    else:
        result = y - x
    return result
################################DUPLICATE FINDER#####################################
def DuplicateFinder(C):
    mylist = C
    global xcordsFinal 
    xcordsFinal = []
    for x,y in itertools.combinations(mylist, 2):
        print("Printing Distance\n")
        print((distanceC(x.getX(),y.getX())))
        if(distanceC(x.getX(),y.getX())<20):
            print("Distance is less than 20!\n")
            if (x.getScore() == y.getScore()):
                xcordsFinal.append(x)            
            if (x.getScore() > y.getScore()):
                xcordsFinal.append(x)
            else:
                if(x.getScore() < y.getScore()):
                    xcordsFinal.append(y)
        else:
            xcordsFinal.append(x)
            xcordsFinal.append(y)
    return xcordsFinal
def DISTANCE(match): 
    x = math.fabs(match.getCenter().x - ml.x)
    y = math.fabs(match.getCenter().y - ml.y)  
    distance = int(math.sqrt(x * x + y * y))
    return distance
##############################SOLVER FUNCTION#################################
def Solver():
    global Z1
    global C
    C =[]
    Target= Region(481,112,959,605).find(Pattern("4-2.png").similar(0.46))
    Z1 = Region(Target.getX(),Target.getY(),368,60).offset(78,30)
    Z1.setAutoWaitTimeout(0.2)
    arrows = [Pattern("UP-1.png").similar(0.75),Pattern("DOWN-1.png").similar(0.77),Pattern("LEFT-1.png").similar(0.74),Pattern("RIGHT-1.png").similar(0.74)]
    for xzx in range(0,6):
        print(x, "th Run")
        for y in range(len(arrows)): 
            global up
            global down
            global leftt
            global rightt
            try:
                Z = list(Z1.findAll(arrows[y]))
                if(y==0):
                    up = up+Z
                if y ==1:
                    down = down+Z
                if y==2:
                    leftt = leftt +Z
                if y==3:
                    rightt = rightt+Z
            except FindFailed:
                pass

    up = list(set(up))
    down = list(set(down))
    leftt = list(set(leftt))
    rightt = list(set(rightt))
    C = C+up+down+leftt+rightt
    print("Before Clear:")
    print(C)
    XYYY = DuplicateFinder(C)
    print("Before SET:")
    print(XYYY)
    XYYY = set(XYYY)  
    print("Printing XYY AFTER CLEAR")
    print(XYYY)
    print("Printing Final Values")
    CZ = sorted(XYYY, key=DISTANCE)
    print(CZ)
    #for x in range(len(C)):
    #    C[x].highlight(1)
    #################CONVERSION PART#################
    f = open("C:/Users/gracious/Desktop/yolo.sikuli/test.txt", "w")
    for item in CZ:    
        f.write("%s\n" % item)
    f.close() 
    with open("C:/Users/gracious/Desktop/yolo.sikuli/test.txt") as file:
        for line in file:
            line = line.strip() #preprocess line
            if("10x8" in line):
                type("W")
                print("W")
                wait(.1)
            if("13x15" in line): 
                type("A") 
                print("A")
                wait(.234)
            if("9x8" in line):
                type("S")
                print("S")
            if("16x15" in line): 
                type("D")
                print("D")
                wait(.342)
    del C[:] 
    del up[:]
    del down[:]
    del leftt[:]
    del rightt[:]
Solver()

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