solved part 1 day 1.. working on part 2

day_1/solution1.py

@@ -0,0 +1,39 @@
+class Dial:
+	value = 50
+	reached_zero = 0
+
+	def CrankLeft(self, clicks):
+		self.value -= clicks
+		if self.value < 0:
+			self.value = abs(self.value % int(100))
+		if self.value == 0:
+			self.reached_zero += 1	
+
+	def CrankRight(self, clicks):
+		self.value += clicks
+		if self.value > 99:
+			self.value =  abs(self.value % int(100))
+		if self.value == 0:
+			self.reached_zero += 1	
+
+	def PrintValue(self):
+		print(self.value)
+
+	def printSolution(self):
+		print( f'The dial reached zero {self.reached_zero} times')		
+
+
+MyDial = Dial()
+file = input("enter input file:")
+with open(file) as f:
+	for line in f:
+		ticks = int(line[1:-1])
+		if line[0] == 'L': 
+				print("Crank Left")
+				MyDial.CrankLeft(ticks)
+		elif line[0] == 'R':
+				print("Crank Right")
+				MyDial.CrankRight(ticks)
+		MyDial.PrintValue()
+MyDial.printSolution()
+

day_1/solution2.py

@@ -0,0 +1,41 @@
+import math
+class Dial:
+	value = 50
+	reached_zero = 0
+
+	def CrankLeft(self, clicks):
+		self.value -= clicks
+		if self.value < 0:
+			self.value = abs(self.value % int(100))
+		if self.value == 0:
+			self.reached_zero += 1	
+
+	def CrankRight(self, clicks):
+		self.value += clicks
+		if self.value > 99:
+			self.value =  abs(self.value % int(100))
+		if self.value == 0:
+			self.reached_zero += 1	
+
+	def PrintValue(self):
+		print(f'Dial at {self.value}')
+
+	def printSolution(self):
+		print( f'The dial reached zero {self.reached_zero} times')		
+
+
+MyDial = Dial()
+file = input("enter input file:")
+MyDial.PrintValue()
+with open(file) as f:
+	for line in f:
+		ticks = int(line[1:-1])
+		if line[0] == 'L': 
+				print(f'Crank Left {ticks}')
+				MyDial.CrankLeft(ticks)
+		elif line[0] == 'R':
+				print(f'Crank Right {ticks}')
+				MyDial.CrankRight(ticks)
+		MyDial.PrintValue()
+MyDial.printSolution()
+

day_1/testinput.txt

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+L68
+L30
+R48
+L5
+R60
+L55
+L1
+L99
+R14
+L82