applied formatting

Author: demolishen

code/kaceyb/python/lab00/lab_00.py

@@ -1,19 +1,20 @@
-
 #            Lab 00: Average Numbers          #
 
 entering_numbers = True
 
 list = []
 
 while entering_numbers:
-    
+
     answer = input("Enter a number or 'done' to quit: ")
-    
-    if answer == 'done':
+
+    if answer == "done":
         entering_numbers = False
-        
+
     else:
         list.append(int(answer))
 
-        
-print(f"\nYou entered nums {list} \n\nThe average of the numbers is {sum(list) / len(list)}")
+
+print(
+    f"\nYou entered nums {list} \n\nThe average of the numbers is {sum(list) / len(list)}"
+)

code/kaceyb/python/lab02/lab_02.py

@@ -1,29 +1,17 @@
-
-
-
 #         VERSION 1           #
 
 
+conversion_list = {"foot": 0.3048, "mile": 1609.34, "meter": 1, "kilometers": 1000}
 
-
-
-conversion_list = {
-    'foot': 0.3048,
-    'mile': 1609.34,
-    'meter': 1,
-    'kilometers': 1000
-    
-}
-
-# 
+#
 
 # while True:
-    
+
 #     principle_unit = input("\nWhat is the distance in feet?: ")
 #     total = (conversion_list['foot']) * int(principle_unit)
-    
+
 #     print(f"{principle_unit} feet is in {total} m")
-    
+
 #     break
 
 
@@ -46,21 +34,21 @@
 
 # user = True
 # while user:
-    
+
 #     users_unit_input = input("\nWhat is the unit to convert to meters?: ")
-    
+
 #     users_unit_input == conversion_list[users_unit_input]
-    
+
 #     print(users_unit_input)
 #     # print(users_distance_input)
 #     users_distance_input = int(input("\nWhat is the distance to convert to meters?: "))
-    
+
 #     distance = users_distance_input * conversion_list[users_unit_input]
 #     # print(distance)
 #     print(f"{users_distance_input} {users_unit_input} is {((users_distance_input) * conversion_list[users_unit_input])} meters")
-    
+
 #     user = False
-    
+
 #            VERSION 3               #
 
 # conversion_list = {
@@ -79,56 +67,55 @@
 #     }
 # user = True
 # while user:
-    
+
 #     users_unit_input = input("\nWhat is the unit to convert to meters?: ")
-    
+
 #     users_unit_input == conversion_list[users_unit_input]
-    
+
 #     print(users_unit_input)
 #     # print(users_distance_input)
 #     users_distance_input = int(input("\nWhat is the distance to convert to meters?: "))
-    
+
 #     distance = users_distance_input * conversion_list[users_unit_input]
 #     # print(distance)
 #     print(f"{users_distance_input} {users_unit_input} is {((users_distance_input) * conversion_list[users_unit_input])} meters")
-    
+
 #     user = False
-    
-        #    VERSION 4         #
-    
-    
+
+#    VERSION 4         #
+
+
 conversion_list = {
-    'foot': 0.3048,
-    'feet': 0.3048,
-    'mile': 1609.34,
-    'miles': 1609.34,
-    'meter': 1,
-    'meters': 1,
-    'kilometer': 1000,
-    'kilometers': 1000,
-    'yard': 0.9144,
-    'yards': 0.9144,
-    'inch': 0.0254,
-    'inches': 0.0254
-    }
+    "foot": 0.3048,
+    "feet": 0.3048,
+    "mile": 1609.34,
+    "miles": 1609.34,
+    "meter": 1,
+    "meters": 1,
+    "kilometer": 1000,
+    "kilometers": 1000,
+    "yard": 0.9144,
+    "yards": 0.9144,
+    "inch": 0.0254,
+    "inches": 0.0254,
+}
 
 user = True
-while user: 
+while user:
     users_distance_input = int(input("\nWhat is the distance to convert?: "))
-    
+
     users_unit_input = input("\nWhat is the unit to convert from?: ")
-    
+
     users_unit_input == conversion_list[users_unit_input]
-    
+
     users_unit_output = input("\nWhat is the unit to convert to?: ")
-    
+
     users_unit_output == conversion_list[users_unit_output]
-    
+
     result = users_distance_input * conversion_list[users_unit_input]
-    
+
     result = result / conversion_list[users_unit_output]
-    
+
     print(f"{users_distance_input} {users_unit_input} is {result}")
-        
+
     user = False
-    

code/kaceyb/python/lab03/lab_03.py

@@ -11,7 +11,7 @@
 # print(increment(5, 13))
 
 
-#results in Typeerror
+# results in Typeerror
 # def multiply(*nums):
 #     total = 1
 #     for n in nums:
@@ -23,7 +23,7 @@
 
 # def repeat(quote, num):
 #     print(quote * num)
-    
+
 # print(repeat(f'\nLive your best life', 5))
 
 # def get_temp(temp):
@@ -37,11 +37,8 @@
 #         return 'Chilly'
 #     else:
 #         return 'Pack your parka'
-    
-# print(get_temp(40))
 
-
-from cmath import e
+# print(get_temp(40))
 
 
 number_words = {
@@ -73,8 +70,7 @@
     70: "seventy",
     80: "eighty",
     90: "ninety",
-    100: "hundred"
-    
+    100: "hundred",
 }
 
 try:
@@ -84,33 +80,37 @@
     quit()
 
 
-
-
-tens_digit = number//10
-ones_digit = number%10
+tens_digit = number // 10
+ones_digit = number % 10
 ten_column = int(str(tens_digit) + "0")
 
 #       VERSION 2          #
-hundreds_digit = number//100
+hundreds_digit = number // 100
 hundreds_column = int(str(hundreds_digit) + "00")
-tens_column2 = int(str(tens_digit%10) + "0")
+tens_column2 = int(str(tens_digit % 10) + "0")
 tens_digit2 = tens_column2 + ones_digit
 
 if number == 0:
     print("zero")
-    
+
 elif hundreds_digit > 0:
     if ones_digit == 0 and tens_column2 == 0:
         print(number_words[hundreds_digit] + "-hundred")
     elif ones_digit == 0:
         print(number_words[hundreds_digit] + "-hundred-" + number_words[tens_column2])
     elif tens_column2 < 10:
         print(number_words[hundreds_digit] + "-hundred-" + number_words[ones_digit])
-    elif tens_column2 <20:
+    elif tens_column2 < 20:
         print(number_words[hundreds_digit] + "-hundred-" + number_words[tens_digit2])
-    
+
     else:
-        print(number_words[hundreds_digit] + "-hundred-" + number_words[tens_column2] + "-" + number_words[ones_digit])
+        print(
+            number_words[hundreds_digit]
+            + "-hundred-"
+            + number_words[tens_column2]
+            + "-"
+            + number_words[ones_digit]
+        )
 elif ones_digit == 0:
     print(number_words[ten_column])
 elif number < 20:

code/kaceyb/python/lab04/lab_04.py

@@ -1,8 +1,8 @@
 # Lab 4: Blackjack Advice
 
-# Let's write a python program to give basic blackjack playing advice during a game by asking the player for cards. 
-# First, ask the user for three playing cards (A, 2, 3, 4, 5, 6, 7, 8, 9, 10, J, Q, or K). 
-# Then, figure out the point value of each card individually. Number cards are worth their number, all face cards are worth 10. 
+# Let's write a python program to give basic blackjack playing advice during a game by asking the player for cards.
+# First, ask the user for three playing cards (A, 2, 3, 4, 5, 6, 7, 8, 9, 10, J, Q, or K).
+# Then, figure out the point value of each card individually. Number cards are worth their number, all face cards are worth 10.
 # At this point, assume aces are worth 1. Use the following rules to determine the advice:
 
 #     Less than 17, advise to "Hit"
@@ -28,10 +28,10 @@
 # 21 Blackjack!
 
 
-# Then, figure out the point value of each card individually. Number cards are worth their number, all face cards are worth 10. 
+# Then, figure out the point value of each card individually. Number cards are worth their number, all face cards are worth 10.
 player_cards = []
 
-# First, ask the user for three playing cards (A, 2, 3, 4, 5, 6, 7, 8, 9, 10, J, Q, or K). 
+# First, ask the user for three playing cards (A, 2, 3, 4, 5, 6, 7, 8, 9, 10, J, Q, or K).
 
 for player_card in range(1, 4):
     player_cards.append(input(f"What's your card #{player_card}: ").upper())
@@ -43,14 +43,30 @@
 #     Exactly 21, advise "Blackjack!"
 #     Over 21, advise "Already Busted"
 
+
 def summ(nums):
     total = 0
-    cards = {"A":1, "2":2, "3":3, "4":4, "5":5, "6":6, "7":7, "8":8, "9":9, "10":10, "J":10, "Q":10, "K":10}
-    
+    cards = {
+        "A": 1,
+        "2": 2,
+        "3": 3,
+        "4": 4,
+        "5": 5,
+        "6": 6,
+        "7": 7,
+        "8": 8,
+        "9": 9,
+        "10": 10,
+        "J": 10,
+        "Q": 10,
+        "K": 10,
+    }
+
     for num in nums:
         total = total + cards[num]
     return total
 
+
 cards_total = summ(player_cards)
 
 if cards_total < 17:
@@ -61,7 +77,7 @@ def summ(nums):
     result = "Blackjack!"
 else:
     result = "Already Busted"
-    
+
 # Print out the current total point value and the advice.
 
 print(f"{cards_total} is a {result}")