diff --git a/Phase2/Godot  ===(Game Code)===/DiceRoller/DiceRoller.tscn b/Phase2/Godot  ===(Game Code)===/DiceRoller/DiceRoller.tscn
index 73da74a..15b38bb 100644
--- a/Phase2/Godot  ===(Game Code)===/DiceRoller/DiceRoller.tscn	
+++ b/Phase2/Godot  ===(Game Code)===/DiceRoller/DiceRoller.tscn	
@@ -7,6 +7,7 @@
 anchor_right = 1.0
 anchor_bottom = 1.0
 script = ExtResource( 1 )
+desiredDice = [ 20, 7, 10 ]
 
 [node name="ColorRect" type="ColorRect" parent="."]
 anchor_right = 1.0
diff --git a/Phase2/Godot  ===(Game Code)===/DiceRoller/Die.gd b/Phase2/Godot  ===(Game Code)===/DiceRoller/Die.gd
index 2f7be5b..3ddab3d 100644
--- a/Phase2/Godot  ===(Game Code)===/DiceRoller/Die.gd	
+++ b/Phase2/Godot  ===(Game Code)===/DiceRoller/Die.gd	
@@ -4,15 +4,8 @@ extends Button
 
 class_name Die
 
-#array of valid number of faces
-var dieTypes = [4, 6, 8, 10, 12, 20]
-
 #value of selected die type
 var numFaces: int
-
-#bool will be used to check if a valid die type was chosen
-var validNumFaces = false
-
 #Class constructor
 func _init(value):
 	numFaces = value
@@ -21,18 +14,8 @@ func _init(value):
 func rollDie():
 	randomize()
 	
-	#check if selected die type exists in dieTypes array
-	for value in dieTypes:
-		if value == numFaces:
-			validNumFaces = true
-	
-	#if the selected die type exists, we can roll an integer value based on the number of sides.
-	if validNumFaces:
-		var rolledNum
-		rolledNum = randi() % numFaces + 1
-		return rolledNum
-	else:
-		print("You do not have a valid number of sides on the die!")
-		return
+	var rolledNum
+	rolledNum = randi() % numFaces + 1
+	return rolledNum
 		
 		
diff --git a/Phase2/Godot  ===(Game Code)===/DiceRoller/DieManager.gd b/Phase2/Godot  ===(Game Code)===/DiceRoller/DieManager.gd
index 8f34f01..d7bc50d 100644
--- a/Phase2/Godot  ===(Game Code)===/DiceRoller/DieManager.gd	
+++ b/Phase2/Godot  ===(Game Code)===/DiceRoller/DieManager.gd	
@@ -5,6 +5,14 @@ extends Control
 
 export var desiredDice = [20, 8]
 
+var validDieTypes = [4, 6, 8, 10, 12, 20]
+
+
+#boolean for if a percentageroll is taking place
+#we need a boolean for this because the way a percentage roll is calculated
+#with two D10s is different than if one were using other dice
+var isPercentageRoll = false
+
 #diceUsed holds the dice objects that are rolled
 var diceUsed = []
 
@@ -29,7 +37,15 @@ var degreeOfSuccess
 #Load the diceInPlay array
 func _ready():
 	for elem in desiredDice:
-		diceInPlay.append(Die.new(elem))
+		if elem in validDieTypes:
+			diceInPlay.append(Die.new(elem))
+	
+	#conditional to check if two D10s are being used
+	#if so, we know that a percentage roll is taking place
+	if len(desiredDice) == 2 && desiredDice[0] == 10 && desiredDice[1] == 10:
+		isPercentageRoll = true
+			
+	
 
 #This is the function that returns the percentage of a rolled die (rolled val / total sides)
 #The UML showed that this function only had one parameter, "inputedDie," so I assumed that
@@ -37,12 +53,23 @@ func _ready():
 #As a result, I would get the total sides by ensuring that the inputedDie corresponds to the die at index 0
 #of the diceInPlay array.   
 func returnDiePercentage(inputedDie):
+	
 	var totalSides = diceInPlay[0].numFaces
 	
 	#ensuring we don't lose the die objects in memory by storing them in another array
 	diceUsed.append(diceInPlay[0])
 	diceInPlay.remove(0)
-
+	
+	#Checks if a percentageroll is being done
+	if isPercentageRoll:
+		
+		#This conditional is used to detemrine if the rolled value is
+		#for the tens or ones digit
+		if (len(diceUsed) == 1):
+			return float(inputedDie % 10) / 10.0
+		else:
+			return float(inputedDie % 10) / 100.0
+	
 	var result = float(inputedDie) / float(totalSides)
 	return result
 	
@@ -102,8 +129,13 @@ func _on_Die_button_down():
 		#increment denominator
 		denominator += 1
 	
-	#result is average of sum of percentages
-	var result = sumOfPercentages / denominator		
+	var result
+	if isPercentageRoll:
+		#Percentage roll result remains the sum of the rolls
+		result = sumOfPercentages
+	else:
+		#result is average of sum of percentages otherwise
+		result = sumOfPercentages / denominator		
 	
 	passedRoll = (result >= neededPercentageToPass)