chambers-yamasaki submission

Exercise6.py

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+#Part 1
+#load file
+import pandas
+file=pandas.read_csv("UWvMSU_1-22-13.txt",header=0,sep="\t")
+#making a UW only table
+UWscore=file[file.team == 'UW']
+#making a MSU only table
+MSUscore=file[file.team == 'MSU']
+#cumulative sum of scores
+new = UWscore['cum_sum'] = UWscore.score.cumsum()
+new2 = MSUscore['cum_sum'] = MSUscore.score.cumsum()
+import matplotlib.pyplot as plt
+plt.plot(UWscore['time'], UWscore['cum_sum'], 'r-', MSUscore['time'], 
+MSUscore['cum_sum'], 'g-')
+
+#Part 2
+#"Guess my Number" game
+#Takes user input of a number from 1-100 and compares it to a randomly-generated value
+#Tells user if their guess is higher or lower than the correct answer
+#User may keep guessing until they get the correct value
+
+import numpy
+range=numpy.arange(1,101) #define array of possible number choices to exclude 0 and include 100
+answer=numpy.random.choice(range) #generate a random number guess
+guess=0 #clear variable from the last game
+
+print("I'm thinking of a number from 1-100. Take a guess!") #Initiate game
+guess=int(input(prompt="Your guess:")) #Store a guess from the user
+
+while guess != answer: #Test if the user input is right
+    if guess < answer: #If not, test whether the guess is lower or higher than the answer
+        print guess, "is lower than my number."
+        guess=int(input(prompt="Guess again:"))
+    elif guess > answer:
+        print guess, "is higher than my number."
+        guess=int(input(prompt="Guess again:"))
+
+print guess, "is the right answer!" #If the answer is correct, let the user know
+

NumberGuess.py

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+#"Guess my Number" game
+#Takes user input of a number from 1-100 and compares it to a randomly-generated value
+#Tells user if their guess is higher or lower than the correct answer
+#User may keep guessing until they get the correct value
+
+import numpy
+range=numpy.arange(1,101) #define array of possible number choices to exclude 0 and include 100
+answer=numpy.random.choice(range) #generate a random number guess
+guess=0 #clear variable from the last game
+
+print("I'm thinking of a number from 1-100. Take a guess!") #Initiate game
+guess=int(input(prompt="Your guess:")) #Store a guess from the user
+
+while guess != answer: #Test if the user input is right
+    if guess < answer: #If not, test whether the guess is lower or higher than the answer
+        print guess, "is lower than my number."
+        guess=int(input(prompt="Guess again:"))
+    elif guess > answer:
+        print guess, "is higher than my number."
+        guess=int(input(prompt="Guess again:"))
+
+print guess, "is the right answer!" #If the answer is correct, let the user know
+

question1.py

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+#load file
+import pandas
+file=pandas.read_csv("UWvMSU_1-22-13.txt",header=0,sep="\t")
+#making a UW only table
+UWscore=file[file.team == 'UW']
+#making a MSU only table
+MSUscore=file[file.team == 'MSU']
+#cumulative sum of scores
+new = UWscore['cum_sum'] = UWscore.score.cumsum()
+new2 = MSUscore['cum_sum'] = MSUscore.score.cumsum()
+import matplotlib.pyplot as plt
+plt.plot(UWscore['time'], UWscore['cum_sum'], 'r-', MSUscore['time'], MSUscore['cum_sum'], 'g-')
+
+
+
+
+
+