Added getHours() and getString() that automatically chooses resolution

Stopwatch.py

@@ -4,7 +4,10 @@
 #Modified: 2-1-19
 #This is a class that is used to time program run times
 
+
 import time
+import math
+
 
 class Stopwatch:
 	#Initialize the class and all the variables you will need
@@ -76,3 +79,62 @@ class Stopwatch:
 			return minute
 		else:
 			return (minute / 60000000000)
+
+	#Returns the result of getTime() in terms of hours
+	def getHours(self):
+		hour = self.getTime()
+		if(hour < 0):
+			return hour
+		else:
+			return (hour / 3600000000000)
+
+	#Returns a string with the result of getTime() at the appropriate resolution
+	def getString(self):
+		#Get the time
+		time = self.getTime()
+
+		#Divide by 1000 until you reach an appropriate resolution or run out of types of seconds
+		resCnt = 0
+		while((time >= 1000) and (resCnt < 3)):
+			time /= 1000
+			resCnt += 1
+
+		#If the resolution counter reached 3 we may need to change to minutes or hours
+		#Check if seconds is low enough resolution
+		if(time >= 1000):
+			#If not, change it to minutes
+			time /= 60
+			resCnt += 1
+
+		#Check if minutes is low enough resolution
+		if(time >= 1000):
+			#If not, change it to hours
+			time /= 60
+			resCnt += 1
+
+		#Create a string with the number at ___.___ resolution
+		timeString = ""
+		#If nanoseconds was used we don't need the fractional part
+		if(resCnt == 0):
+			timeString = str(time) + ' '
+		else:
+			timeString = "{0}.{1:03d} ".format(math.floor(time), round((time % 1) * 1000))
+
+		#Determine the resolution of the number and add the appropriate word
+		if(resCnt == 0):
+			timeString += "nanoseconds"
+		elif(resCnt == 1):
+			timeString += "microseconds"
+		elif(resCnt == 2):
+			timeString += "milliseconds"
+		elif(resCnt == 3):
+			timeString += "seconds"
+		elif(resCnt == 4):
+			timeString += "minutes"
+		elif(resCnt == 5):
+			timeString += "hours"
+		else:
+			timeString = "error"
+
+		#Return the string
+		return timeString