Fully autonomous maybe a couple more tweaks left

PlayerScript.gd

@@ -202,6 +202,10 @@ func Circling():
 					print(Individual_Steps)
 					Cicling = false
 					print("Circling is false!!!!")
+					for ints in CircleIntsMax+1:
+						Tree_Array.pop_back()
+					Tree_Array[-1] -= 1
+					print(Tree_Array)
 
 				if CircleInts != 0:
 					print("Go back to circle part :(")
@@ -229,8 +233,10 @@ func FirstCirclePart():
 	
 
 	print("This is X:  ",Skipping_array[0])
+	print(Tree_Array)
+	#print("The tree array at last int is:  ",Tree_Array[Skipping_array[0]])
 	
-	if Tree_Array[Skipping_array[0]] == 1:
+	if  Tree_Array[Tree_Array.size() - 1] == 1: #Tree_Array[Skipping_array[0]] == 1:
 		print("Skip")
 		Skip()
 		
@@ -299,6 +305,9 @@ func FinishCircling():
 					GoBack(Individual_Steps[0])
 					Individual_Steps.pop_front()
 					print(Individual_Steps)
+					for ints in CircleIntsMax+1:
+						Tree_Array.pop_back()
+					Tree_Array[-1] -= 1
 				else:
 					print("Its Off the Root!!!")
 					Cicling = false
@@ -308,6 +317,10 @@ func FinishCircling():
 					Individual_Steps.pop_front()
 					print("Its On the Root!!!")
 					print(Individual_Steps)
+					for ints in CircleIntsMax+1:
+						Tree_Array.pop_back()
+					Tree_Array[-1] -= 1
+				print(Tree_Array)
 		Move_Check10 = move
 
 func DeadEndCircles():
@@ -520,6 +533,7 @@ func AutoSolve():
 	var cp = Current_Position
 	var OptionArrays = [[cp[0],cp[1]+1],[cp[0],cp[1]-1],[cp[0]+1,cp[1]],[cp[0]-1,cp[1]]]
 	
+	
 	for n in DirectionStrengths.size():
 		var MoveScore =  DumpDuplicate.rfind(DirArray[n])
 		if Colliders[n] == true:
@@ -542,10 +556,12 @@ func AutoSolve():
 			#print(Set)
 			if IntOptions[Set].find(DirArray[n]) == -1:
 				DirectionStrengths[n] -= 1000
-			
 		for i in OptionArrays:
 			if Intersections.find(i) != -1:
 				DirectionStrengths[n] -= 100
+		if Cicling == true:
+			print("ITS CIRCLING DO SOME MODS")
+			print(IntOptions   )
 	AutoBacktrack = false
 	var HighestPoints = DirectionStrengths.find(max(DirectionStrengths[0],DirectionStrengths[1],DirectionStrengths[2],DirectionStrengths[3]))
 	print(DirectionStrengths)