Chapter 6: FunctionsContent check — Python, Chapter 6: Functions

1  input_num = 14
2  offset_num = input_num - 10
3  print(offset_num)

print("Please log in")
username = input("Username:")
password = input("Password:")
print("Login successful")
print("Welcome,", username)

# Use float() to convert input for area calculation
width = float(input("Enter width:"))
height = float(input("Enter height:"))
print("Area is", width*height)

def water_plant:

def print_phone_num():
  print("Phone: (", 864, ")", 555, "-", 0199)

print("User info:")
print_phone_num()

Consider the code above.

Consider the code above.

1  def park_greet():
2    """Output greeting."""
3    print("Welcome. Open sunrise to sunset.")
4  
5  car_count = 1
6  park_greet()
7  if car_count > 50:
8    # Direct to extra parking lot

 1  def extra_lot():
 2    # Function definition
 3  
 4  def park_greet():
 5    """Output greeting."""
 6    print("Welcome. Open sunrise to sunset.")
 7  
 8  car_count = 1
 9  park_greet()
10  if car_count > 50:
11    extra_lot()

 1  def extra_lot():
 2    """Output extra parking lot info."""
 3    print("Take the second right to park.")
 4  
 5  def park_greet():
 6    """Output greeting."""
 7    print("Welcome. Open sunrise to sunset.")
 8  
 9  car_count = 1
10  park_greet()
11  if car_count > 50:
12    extra_lot()

def park_greet():
  """Output greeting."""
  print("Welcome to the park")
print("Open sunrise to sunset")

park_greet()

Consider the book club example above.

Consider the book club example above.

num = float(input())
num_sq = num * num
print(num, "squared is", num_sq)

def print_square():
  num_sq = num * num
  print(num, "squared is", num_sq)

num = float(input())
print_square()

def print_double():
  num_d = num * 2
  print(num, "doubled is", num_d)

def print_square():
  num_sq = num * num
  print(num, "squared is", num_sq)

num = float(input())
print_double()
print_square()

def print_time():
  out_str = "Time is " + str(hour) + ":" + str(min)
  print(out_str)

hour = int(input())
min = int(input())
print_time()

def print_greeting():
  print(out_str)

hour = int(input())
min = int(input())
if hour < 12:
  out_str = "Good morning"
else:
  out_str = "Good day"
print_greeting()

def print_greeting():
  print("Good day,")
  print_time()

def print_time():
  out_str = "Time is " + str(hour) + ":" + str(min)
  print(out_str)

hour = int(input())
min = int(input())
print_greeting()

Consider the following variations on the example program with the input 9.

def update_hour():
  tmp = hour
  if is_dst:
    tmp += 1
  else:
    tmp -= 1

is_dst = True
hour = int(input("Enter hour: "))
update_hour()
print("New hour:", hour)

Consider the following variations on the example program with the input 9.

def update_hour():
  new_hour = hour
  if is_dst:
    new_hour += 1
  else:
    new_hour -= 1

is_dst = True
hour = int(input("Enter hour: "))
update_hour()
print("New hour:", new_hour)

Consider the following variations on the example program with the input 9.

def update_hour():
  global new_hour
  new_hour = hour
  if is_dst:
    new_hour += 1
  else:
    new_hour -= 1

is_dst = True
hour = int(input("Enter hour: "))
update_hour()
print("New hour:", new_hour)

Consider the following:

1  def print_welcome(name):
2    print(f"Welcome {name}!")
3  
4  username = int(input("Enter new username: "))
5  print_welcome(username)

Consider the following:

1  def print_welcome(name):
2    print(f"Welcome {name}!")
3  
4  username = int(input("Enter new username: "))
5  print_welcome(username)

Consider the following:

1  def print_welcome(name):
2    print(f"Welcome {name}!")
3  
4  username = int(input("Enter new username: "))
5  print_welcome(username)

Consider the following:

1  def print_welcome(name):
2    print(f"Welcome {name}!")
3  
4  username = int(input("Enter new username: "))
5  print_welcome(username)

Consider the following:

def calc_distance(x1, y1, x2, y2):
  dist = math.sqrt((x2-x1)**2 + (y2-y1)**2)
  print(dist)

p1_x =int(input("Enter point 1's x: "))
p1_y =int(input("Enter point 1's y: "))
p2_x =int(input("Enter point 2's x: "))
p2_y =int(input("Enter point 2's y: "))
calc_distance(p1_x, p1_y, p2_x, p2_y)

Consider the following:

def calc_distance(x1, y1, x2, y2):
  dist = math.sqrt((x2-x1)**2 + (y2-y1)**2)
  print(dist)

p1_x =int(input("Enter point 1's x: "))
p1_y =int(input("Enter point 1's y: "))
p2_x =int(input("Enter point 2's x: "))
p2_y =int(input("Enter point 2's y: "))
calc_distance(p1_x, p1_y, p2_x, p2_y)

Consider the following:

def calc_distance(x1, y1, x2, y2):
  dist = math.sqrt((x2-x1)**2 + (y2-y1)**2)
  print(dist)

p1_x =int(input("Enter point 1's x: "))
p1_y =int(input("Enter point 1's y: "))
p2_x =int(input("Enter point 2's x: "))
p2_y =int(input("Enter point 2's y: "))
calc_distance(p1_x, p1_y, p2_x, p2_y)

def calc_mpg(miles, gallons):
  mpg = miles/gallons
  return mpg

def calc_sqft(length, width):
  sqft = length * width
  return

def hw_1():
  print("Hello world!")
  return

def hw_2():
  print("Hello world!")

def yarn_weight(num):
  if num == 0:
    return "lace"
  elif num == 1:
    return "sock"
  elif num == 2:
    return "sport"
  elif num == 3:
    return "dk"
  elif num == 4:
    return "worsted"
  elif num == 5:
    return "bulky"
  else:
    return "super bulky"

def inc_volume(level, max):
  if level < max:
    return level
    level += 1
  else:
    return level

vol1 = inc_volume(9, 10)
print(vol1)
vol2 = inc_volume(10, 10)
print(vol2)

def tax(total):
  return .06 * total

def auto_tip(total):
  return .2 * total

bill = 100.0
bill += tax(bill) + auto_tip(bill)

def sq(num):
  return num * num

def offset(num):
  return num - 2

val = 5
val2 = sq(offset(val))

Consider the following function:

def greeting(msg, name, count):
  i = 0
  for i in range(0, count):
    print(msg, name)

Consider the following function:

def greeting(msg, name, count):
  i = 0
  for i in range(0, count):
    print(msg, name)

Consider the following function:

def greeting(msg, name, count):
  i = 0
  for i in range(0, count):
    print(msg, name)

Consider the following function:

def greeting(msg, name, count):
  i = 0
  for i in range(0, count):
    print(msg, name)

Consider the following updated version of greeting():

def greeting(msg, name="Friend", count=1):
  i = 0
  for i in range(0, count):
    print(msg, name)

Consider the following updated version of greeting():

def greeting(msg, name="Friend", count=1):
  i = 0
  for i in range(0, count):
    print(msg, name)

Consider the following updated version of greeting():

def greeting(msg, name="Friend", count=1):
  i = 0
  for i in range(0, count):
    print(msg, name)