def test_getVelocitySkater(self):
#test with tomato mass
self.assertEqual(funcs.getVelocitySkater(100, .1, 7), .007)
self.assertEqual(funcs.getVelocitySkater(140, .1, 9.899), .007)
#test with banana cream pie mass
self.assertEqual(funcs.getVelocitySkater(100, 1.0, 7), .07)
self.assertEqual(funcs.getVelocitySkater(140, 1.0, 9.899), .071)
#test with rock
self.assertEqual(funcs.getVelocitySkater(100, 3.0, 7), .21)
self.assertEqual(funcs.getVelocitySkater(140, 3.0, 9.899), .212)
#test with gnome
self.assertEqual(funcs.getVelocitySkater(100, 5.3, 7), .371)
self.assertEqual(funcs.getVelocitySkater(140, 5.3, 9.899), 0.375)
#test with lightsaber
self.assertEqual(funcs.getVelocitySkater(100, 9.03, 7), .632)
self.assertEqual(funcs.getVelocitySkater(140, 9.03, 9.899), .638)
def main():
pounds = int(input('How much do you weigh (pounds)? '))
massSkater = poundsToKG(pounds)
distance = int(input('How far away is your professor (meters)? '))
massObject = input(
'Will you throw a rotten (t)omato, banana cream (p)ie, (r)ock, (l)ight saber, or lawn (g)nome? '
)
mass = getMassObject(massObject)
velObject = getVelocityObject(distance)
SkaterVelocity = getVelocitySkater(massSkater, mass, velObject)
if mass <= 0.1:
print(x, "You're going to get an F!")
elif mass > 0.1 and mass <= 1.0:
print(x, "Make sure your professor is OK.")
elif mass > 1.0:
if distance < 20:
print(x, "How far away is the hospital?")
else:
print(x, "RIP professor.")
print('Velocity of skater: %.3f m/s' % SkaterVelocity)
if SkaterVelocity < 0.2:
print("My grandmother skates faster than you!")
elif SkaterVelocity >= 1.0:
print("Look out for that railing!!!")
else:
SkaterVelocity = 0
def main():
pounds=float(input("How much do you weigh (pounds)? "))
distance=float(input("How far away your profesor is (meters)? "))
object=(input("Will you throw a rotten (t)omato,banana cream (p)ie, (r)ock, (l)ight saber, or lawn (g)nome? "))
massObject=funcs.getMassObject(object) # Get the mass of the object
massSkater=funcs.poundsToKG(pounds) # Convert pounds to kg for skater
velObj=funcs.getVelocityObject(distance) # Get velocity of obj
velocitySkater=funcs.getVelocitySkater(massSkater,massObject,velObj) # Get velocity of obj
# Display comment based on the mass of thrown obj and distance thrown
if (massObject<=.1):
print("Nice throw! You're going to get an F!")
elif((massObject>.1) and (massObject<=1.0)):
print("Nice throw! Make sure your professor is OK.")
elif (massObject>1.0):
if (distance<20):
print("Nice throw! How far away is the hospital?")
elif (distance>=20):
print("Nice throw! RIP professor.")
# Print velcoity of skater
print("Velocity of Skater:",velocitySkater,"m/s")
# Display comment based on velocity
if (velocitySkater<.2):
print("My grandmother skate faster than you!")
elif (velocitySkater>=.2)and (velocitySkater<1.0):
pass
elif (velocitySkater>=1.0):
print("Look out for that railing!!!")
def main():
pounds = float(raw_input('How much do you weigh (pounds)? '))
distance = float(raw_input('How far away is your professor (meters)? '))
object = raw_input(
'Will you throw a rotten (t)omato, banana cream (p)ie, (r)ock, (l)ight saber, or lawn (g)nome? '
)
massSkater = funcs.poundsToKG(pounds)
massObject = funcs.getMassObject(object)
velObject = funcs.getVelocityObject(distance)
velSkater = funcs.getVelocitySkater(massSkater, massObject, velObject)
if massObject <= 0.1:
statement1 = "You're going to get an F!"
elif massObject <= 1.0:
statement1 = "Make sure your professor is OK."
else:
if distance < 20:
statement1 = "How far away is the hospital?"
else:
statement1 = "RIP professor."
if velSkater < 0.2:
statement2 = "My grandmother skates faster than you!"
elif velSkater >= 1.0:
statement2 = "Look out for that railing!!!"
else:
statement2 = ""
print "\nNice throw! " + statement1
print "Velocity of skater: %.3f m/s" % velSkater
if statement2:
print statement2
def main():
pounds = float(input("How much do you weigh (pounds)? "))
distance = float(input("How far away is your professor (meters)? "))
object = input(
"Will you throw a rotten (t)omato, banana cream (p)ie, (r)ock, (l)ight saber, or lawn (g)nome? "
)
massSkater = float(funcs.poundsToKG(pounds))
massObject = float(funcs.getMassObject(object))
velocityObject = float(funcs.getVelocityObject(distance))
velocitySkater = float(
funcs.getVelocitySkater(massSkater, massObject, velocityObject))
velocitySkater = round(velocitySkater, 3)
print()
if massObject <= 0.1:
print("Nice throw!", "You're going to get an F!")
elif 0.1 < massObject <= 1.0:
print("Nice throw!", "Make sure your professor is OK.")
elif massObject > 1.0:
if distance < 20:
print("Nice throw!", "How far away is the hospital?")
elif distance >= 20:
print("Nice throw!", "RIP professor.")
print("Velocity of skater:", format(velocitySkater, ".3f"), "m/s")
if velocitySkater < 0.2:
print("My grandmother skates faster than you!")
if velocitySkater >= 1.0:
print("Look out for that railing!!!")
def main():
#Ask how much skater weighs to get massSkater
massSkater = int(input("How much do you weigh (pounds)? "))
#use poundsToKG function to get their weight in kilograms
mass = funcs.poundsToKG(massSkater)
#Ask how far skater is from professor to get distance
distance = int(input("How far away is your professor (meters)? "))
#use distance in function getvelocityObject
velObject = funcs.getVelocityObject(distance)
object = str(
input(
"Will you throw a rotten (t)omato, banana cream (p)ie, (r)ock, (l)ight saber, or lawn (g)nome? "
))
massObject = funcs.getMassObject(object)
#I have the massObject
skatervelocity = funcs.getVelocitySkater(mass, massObject, velObject)
#now I have all the variables... print the ending!
print("\nNice throw! ", end="")
if massObject <= 0.1:
print("You're going to get an F!")
elif massObject > 0.1 and massObject <= 1.0:
print("Make sure your professor is OK.")
elif massObject > 1.0 and distance < 20:
print("How far away is the hospital?")
elif massObject > 1.0 and distance > 20:
print("RIP professor.")
#this is the first line of the comments
if skatervelocity == "-nan":
print("Velocity of skater: -nan m/s")
elif skatervelocity != "-nan":
print("Velocity of skater:", "%.3f" % skatervelocity, "m/s")
if skatervelocity < 0.2:
print("My grandmother skates faster than you!")
elif skatervelocity >= 0.2 and skatervelocity < 1.0:
return ""
elif skatervelocity >= 1.0:
print("Look out for that railing!!!")
def main():
weight = float(input("How much do you weigh (pounds)? "))
distance = float(input("How far away is your professor (meters)?"))
item = input(
" Will you throw a rotten (t)omato, banana cream (p)ie, (r)ock, (l)ight saber, or lawn (g)nome? "
)
skatermass = funcs.poundsToKG(weight)
massObj = funcs.getMassObject(item)
velocityObj = funcs.getVelocityObject(distance)
velocitySkaterraw = funcs.getVelocitySkater(skatermass, massObj,
velocityObj)
#determining the response based on the returned mass
massresponse = ""
if (massObj <= 0.1):
massresponse = "You're going to get an F!"
elif (massObj > 0.1 and massObj <= 1.0):
massresponse = "Make sure your professor is OK"
elif (massObj > 1.0 and distance < 20):
massresponse = "How far away is the hospital?"
elif (massObj > 1.0 and distance >= 20):
massresponse = "RIP professor."
#converting skater velocity to 3 decimal places
velocitySkater = round(velocitySkaterraw, 3)
#determining the response based on the returned velocity
skaterresponse = ""
if (velocitySkater < 0.2):
skaterresponse = "My grandmother skates faster than you!"
elif (velocitySkater >= 0.2 and velocitySkater < 1.0):
skaterresponse = ""
elif (velocitySkater >= 1.0):
skaterresponse = "Look out for that railing!!!"
#printing the outputs
print()
print("Nice throw!", massresponse)
print("Velocity of skater:", velocitySkater, "m/s")
print(skaterresponse)
def test_vs_3(self):
self.assertEqual(funcs.getVelocitySkater(0, 1, 1), "-nan")
def test_vs_2(self):
self.assertEqual(funcs.getVelocitySkater(130, .2, 30), 0.046153846153846156)
def test_vs_1(self):
self.assertEqual(funcs.getVelocitySkater(2, 2, 2), 2)
def test_getVelocitySkater_6(self):
self.assertAlmostEqual(funcs.getVelocitySkater(1, 3, 27), 81)
def test_getVelocitySkater_4(self):
self.assertAlmostEqual(funcs.getVelocitySkater(3.0, 3.0, 27.0), 27.0)
def test_getVelocitySkater_2(self):
self.assertAlmostEqual(funcs.getVelocitySkater(1, 1, 54.0), 54.0)
def test_getVelocitySkater(self):
self.assertAlmostEqual(funcs.getVelocitySkater(50, 1, 10), 0.2)
self.assertAlmostEqual(funcs.getVelocitySkater(35, 2.5, 6), 0.4285714)
def test_getVelocitySkater(self):
self.assertAlmostEqual(
funcs.getVelocitySkater(49.89512, 0.1, 12.124355), 0.02429968101)
self.assertAlmostEqual(
funcs.getVelocitySkater(58.96696, 5.3, 21.679483), 1.9485701806)
def test_getVelocitySkater(self):
answer13 = funcs.getVelocitySkater(5.0, 0.1, 0)
self.assertAlmostEqual(answer13, 0)
answer14 = funcs.getVelocitySkater(10, 9.07, 54)
self.assertAlmostEqual(answer14, 48.978)
