diff --git a/pygame-test.py b/pygame-test.py
index fdaa6b8..6245e02 100644
--- a/pygame-test.py
+++ b/pygame-test.py
@@ -94,6 +94,8 @@ class GameObject():
             else:
                 self.__rectobjekt = pygame.draw.rect(self.__surface, self.__color, [self.__pos_x, self.__pos_y,self.__size_rect["x"],self.__size_rect["y"]])
 
+    def get_position(self):
+        return (self.__pos_x, self.__pos_y)
 
     def get_rect(self):
         return self.__rectobjekt
@@ -153,16 +155,57 @@ def spawn_entities(x:int):
     count = 0
     for y in range(x):
         Entity = GameObject("Entitiy-"+str(count), rand.randint(1,MAINSCREEN_SIZE[0]), rand.randint(1,MAINSCREEN_SIZE[1]), rand.randint(1,15))
-        Objects.append(Entity)
+        Entity_rect = Entity.get_rect()
+        
         for y in Objects:
             y:GameObject
+            print(y.get_position())
+            if(y.get_position()[0] == Entity.get_position()[0] or 
+               y.get_position()[0] <= Entity.get_position()[0]+10 or
+               y.get_position()[0] <= Entity.get_position()[0]-10):
+                print("Überlagerung")
+                Objects.remove(y)
             #if(pygame.rect.Rect.colliderect(y)):
              #   print("Kollision, neuberechnung")
+            #Neuberechnung der Cluster, falls Kollision mit bestehenden Clustern vorliegt
+        Objects.append(Entity)
         count += 1
     for x in Objects:
         print(x)
     return list(Objects)
 
+"""def spawn_entities(x:int):
+    entity_count = x
+    count = 0
+    Objects = list()
+    print("Erstelle "+str(x)+" Objekte")
+    while(entity_count != 0):
+        Entity = GameObject("Entitiy-"+str(count), rand.randint(1,MAINSCREEN_SIZE[0]), rand.randint(1,MAINSCREEN_SIZE[1]), rand.randint(1,15))
+        Entity_pos = Entity.get_position()
+        
+        if(count == 0):
+            Objects.append(Entity)
+            entity_count -= 1
+            print("Erstes Objekt erstellt")
+        else:
+            for x in Objects:
+                x:GameObject
+                #print(Entity_pos)
+                #print(x.get_position())
+                if(Entity_pos[0] <= (x.get_position()[0]-60) or Entity_pos[0] >= (x.get_position()[0] +60)):
+                    if(Entity_pos[1] <= (x.get_position()[1]-60) or (Entity_pos[1] >= x.get_position()[1] +60)):
+                        Objects.append(Entity)
+                        entity_count -= 1
+
+        
+        count += 1
+        print("Versuch: "+str(count), end="\r")
+        if(count == 20): break
+        
+    return list(Objects)"""
+
+
+
 
 Player = GameObject("Player", 10, 10, 10, is_player=False)
 
@@ -177,7 +220,7 @@ class Game():
 
 x = 3600   
 invert = False
-spawned_entities = spawn_entities(2) #Spawnt eine definierte Anzahl an GameObjekten
+spawned_entities = spawn_entities(10) #Spawnt eine definierte Anzahl an GameObjekten
 count_spawend_enities = len(spawned_entities)
 #Fenster-Hauptschleife
 while active == True:   
@@ -185,7 +228,7 @@ while active == True:
     for event in pygame.event.get():
         if (event.type == pygame.QUIT):
             print("Programm wird geschlossen!")
-            print(spawned_entities)
+            print(spawned_entities, end="\n")
             active = False
         elif (event.type == pygame.KEYDOWN):
             if (event.key == pygame.K_UP):
@@ -216,40 +259,19 @@ while active == True:
 
     if(count_hidden_entities == count_spawend_enities):
         print("WIN!!!")
-        break
+        menu.enable()
+        menu.add.label("WIN", "win", 10)
+        menu.mainloop(MAINSCREEN)
+        #break
         
-
+    pygame.draw.line(MAINSCREEN, (0,0,0), (10,0),(10,MAINSCREEN_SIZE[1]))
+                     
     if(x == 0):
         for y in spawned_entities:
             y.hide()
         pass
     x -= 1
 
-
-    """
-    rect1 = pygame.draw.rect(MAINSCREEN, (0,0,0), [ballpos_x,ballpos_y,100,100])
-    if(not invert):
-        #if ballpos_x <= (MAINSCREEN.get_size()[0]): ballpos_x += 1
-        if ballpos_y <= (MAINSCREEN.get_size()[1]): ballpos_y += 1
-    #if(ballpos_x >= MAINSCREEN.get_size()[0]): ballpos_x = int(-100)
-    if(ballpos_y >= MAINSCREEN.get_size()[1]): ballpos_y = int(-100)
-    """
-
-    """ 
-    Lässt das Rechteck diagonal auf- und ablaufen
-    if(not invert):
-        if ballpos_x < (MAINSCREEN.get_size()[0]-100): ballpos_x += 1
-        if ballpos_y < (MAINSCREEN.get_size()[1]-100): ballpos_y += 1
-
-    else:
-        if ballpos_x != 0: ballpos_x -= 1
-        if ballpos_y != 0: ballpos_y -= 1
-
-    if(ballpos_x == (MAINSCREEN.get_size()[0]-100) and ballpos_y == (MAINSCREEN.get_size()[1]-100)): 
-        invert = True
-    if(ballpos_x == 0 and ballpos_y == 0): 
-        invert = False
-    """
     #print("Objekt-Koordinaten= X: "+str(rect1.x)+" Y: "+str(rect1.y)+"", end="\r")
     
     #Displayflip sorgt dafür, dass das Fenster entsprechend der Tickrate aktualisiert wird