Kelin lab04 blackjack advice

code/kelin/Average-numbers.py

@@ -1,6 +1,7 @@
 # kelin-lab00-average-numbers
 
-# Version 1
+
+
 
 nums = [5, 0, 8, 3, 4, 1, 6]
 x = sum(nums)

code/kelin/Blackjack-advice.py

@@ -0,0 +1,70 @@
+# 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. 
+# At this point, assume aces are worth 1. Use the following rules to determine the advice:
+
+deck_one = ['A','2','3','4','5','6','7','8','9','10','J','Q','K','A','2','3','4','5','6','7','8','9','10','J','Q','K','A','2','3','4','5','6','7','8','9','10','J','Q','K','A','2','3','4','5','6','7','8','9','10','J','Q','K']
+deck_two = ['A','2','3','4','5','6','7','8','9','10','J','Q','K','A','2','3','4','5','6','7','8','9','10','J','Q','K','A','2','3','4','5','6','7','8','9','10','J','Q','K','A','2','3','4','5','6','7','8','9','10','J','Q','K']
+deck_three = ['A','2','3','4','5','6','7','8','9','10','J','Q','K','A','2','3','4','5','6','7','8','9','10','J','Q','K','A','2','3','4','5','6','7','8','9','10','J','Q','K','A','2','3','4','5','6','7','8','9','10','J','Q','K']
+
+import random
+
+random.shuffle(deck_one)
+random.shuffle(deck_two)
+random.shuffle(deck_three)
+
+first_card = random.choice(deck_one)
+second_card = random.choice(deck_two)
+third_card = random.choice(deck_three)
+
+print(f"Welcome to Blackjack.","Your cards are:",first_card,second_card,third_card)
+
+if first_card == 'A':
+    first_card = int('1')
+elif first_card == 'J':
+    first_card = int('10')
+elif first_card == 'Q':
+    first_card = int('10')
+elif first_card == 'K':
+    first_card = int('10')
+
+if second_card == 'A':
+    second_card = int('1')
+elif second_card == 'J':
+    second_card = int('10')
+elif second_card == 'Q':
+    second_card = int('10')
+elif second_card == 'K':
+    second_card = int('10')
+
+if third_card == 'A':
+    third_card = int('1')
+elif third_card == 'J':
+    third_card = int('10')
+elif third_card == 'Q':
+    third_card = int('10')
+elif third_card == 'K':
+    third_card = int('10')
+
+first_card = (int(first_card))
+second_card = (int(second_card))
+third_card = (int(third_card))
+
+card_totals = (first_card + second_card + third_card)
+
+if card_totals < 17:
+    print("You should hit.")
+elif card_totals in range (17, 21):
+    print("You should stay.")
+elif card_totals > 21:
+    print("Sorry you busted.")
+elif card_totals > 20:
+    print("Congratulations, Blackjack!")
+
+# Version 2 (optional)
+
+# Aces can be worth 11 if they won't put the total point value of both cards over 21. Remember that you can have multiple aces in a hand. 
+# Try generating a list of all possible hand values by doubling the number of values in the output whenever you encounter an ace. 
+# For one half, add 1, for the other, add 11. This ensures if you have multiple aces that you account for the full range of possible values.

code/kelin/Labs/Number-to-phrases.py

@@ -0,0 +1,288 @@
+# Lab 3: Number to Phrase
+# Convert a given number into its english representation. For example: 67 becomes 'sixty-seven'. Handle numbers from 0-99.
+
+one = {'1':'one','2':'two','3':'three','4':'four','5':'five','6':'six','7':'seven','8':'eight','9':'nine'}
+ten = {'1':'ten','2':'twenty','3':'thirty','4':'forty','5':'fifty','6':'sixty','7':'seventy','8':'eighty','9':'ninety'}
+teen = {'11':'eleven','12':'twelve','13':'thirteen','14':'fourteen','15':'fifteen','16':'sixteen','17':'seventeen','18':'eighteen','19':'nineteen'}
+hundred = {'1':'one hundred','2':'two hundred','3':'three hundred','4':'four hundred','5':'five hundred','6':'six hundred','7':'seven hundred','8':'eight hundred','9':'nine hundred'}
+hundred_ten = {'12':'twenty','13':'thirty','14':'forty','15':'fifty','16':'sixy','17':'seventy','18':'eighty','19':'ninety'}
+hundred_teen = {'111':'eleven','112':'twelve','113':'thirteen','114':'fourteen','115':'fifteen','116':'sixteen','117':'seventeen','118':'eighteen','119':'nineteen'}
+two_hundred_teen = {'211':'eleven','212':'twelve','213':'thirteen','214':'fourteen','215':'fifteen','216':'sixteen','217':'seventeen','218':'eighteen','219':'nineteen'}
+three_hundred_teen = {'311':'eleven','312':'twelve','313':'thirteen','314':'fourteen','315':'fifteen','316':'sixteen','317':'seventeen','318':'eighteen','319':'nineteen'}
+four_hundred_teen = {'411':'eleven','412':'twelve','413':'thirteen','414':'fourteen','415':'fifteen','416':'sixteen','417':'seventeen','418':'eighteen','419':'nineteen'}
+five_hundred_teen = {'511':'eleven','512':'twelve','513':'thirteen','514':'fourteen','515':'fifteen','516':'sixteen','517':'seventeen','518':'eighteen','519':'nineteen'}
+six_hundred_teen = {'611':'eleven','612':'twelve','613':'thirteen','614':'fourteen','615':'fifteen','616':'sixteen','617':'seventeen','618':'eighteen','619':'nineteen'}
+seven_hundred_teen = {'711':'eleven','712':'twelve','713':'thirteen','714':'fourteen','715':'fifteen','716':'sixteen','717':'seventeen','718':'eighteen','719':'nineteen'}
+eight_hundred_teen = {'811':'eleven','812':'twelve','813':'thirteen','814':'fourteen','815':'fifteen','816':'sixteen','817':'seventeen','818':'eighteen','819':'nineteen'}
+nine_hundred_teen = {'911':'eleven','912':'twelve','913':'thirteen','914':'fourteen','915':'fifteen','916':'sixteen','917':'seventeen','918':'eighteen','919':'nineteen'}
+hundred_twenty = {'22':'twenty','23':'thirty','24':'forty','25':'fifty','26':'sixty','27':'seventy','28':'eighty','29':'ninety'}
+hundred_thirty = {'32':'twenty','33':'thirty','34':'forty','35':'fifty','36':'sixty','37':'seventy','38':'eighty','39':'ninety'}
+hundred_forty = {'42':'twenty','43':'thirty','44':'forty','45':'fifty','46':'sixty','47':'seventy','48':'eighty','49':'ninety'}
+hundred_fifty = {'52':'twenty','53':'thirty','54':'forty','55':'fifty','56':'sixty','57':'seventy','58':'eighty','59':'ninety'}
+hundred_sixty = {'62':'twenty','63':'thirty','64':'forty','65':'fifty','66':'sixty','67':'seventy','68':'eighty','69':'ninety'}
+hundred_seventy = {'72':'twenty','73':'thirty','74':'forty','75':'fifty','76':'sixty','77':'seventy','78':'eighty','79':'ninety'}
+hundred_eighty = {'82':'twenty','83':'thirty','84':'forty','85':'fifty','86':'sixty','87':'seventy','88':'eighty','89':'ninety'}
+hundred_ninety = {'92':'twenty','93':'thirty','94':'forty','95':'fifty','96':'sixty','97':'seventy','98':'eighty','99':'ninety'}
+
+num = input('Enter a number between 0 and 999: ')
+ones = int(num)%10
+teens = int(num)
+tens = int(num)//10
+hundreds = int(num)//100
+user_num = int(num)
+
+if user_num == 0:
+    print('zero')
+
+elif user_num < 10:
+    ones_phrase = str(ones)
+    num_phrase_ones = one[ones_phrase]
+    print(num_phrase_ones)
+
+elif user_num in range (11, 20):
+    teens_phrase = str(teens)
+    num_phrase_teens = teen[teens_phrase]
+    print(num_phrase_teens)
+
+elif user_num in range (10, 100, 10):
+    tens_phrase = str(tens)
+    num_phrase_tens = ten[tens_phrase]
+    print(num_phrase_tens)
+
+elif user_num in range (20, 100, 1):
+    tens_phrase = str(tens)
+    num_phrase_tens = ten[tens_phrase]
+    ones_phrase = str(ones)
+    num_phrase_ones = one[ones_phrase]
+    print(num_phrase_tens,num_phrase_ones)
+
+# Version 2
+# Handle numbers from 100-999.
+
+elif user_num in range (100, 1000, 100):
+    hundreds_phrase = str(hundreds)
+    num_phrase_hundreds = hundred[hundreds_phrase]
+    print(num_phrase_hundreds)
+
+elif user_num in range (100, 1000, 10):
+    hundreds_phrase = str(hundreds)
+    num_phrase_hundreds = hundred[hundreds_phrase]
+    tens_phrase = str(tens)
+    num_phrase_tens = hundred_ten[tens_phrase]
+    print(num_phrase_hundreds,num_phrase_tens)
+
+elif user_num in range (100, 109, 1):
+    hundreds_phrase = str(hundreds)
+    num_phrase_hundreds = hundred[hundreds_phrase]
+    ones_phrase = str(ones)
+    num_phrase_ones = one[ones_phrase]
+    print(num_phrase_hundreds,num_phrase_ones)
+
+elif user_num in range (200, 209, 1):
+    hundreds_phrase = str(hundreds)
+    num_phrase_hundreds = hundred[hundreds_phrase]
+    ones_phrase = str(ones)
+    num_phrase_ones = one[ones_phrase]
+    print(num_phrase_hundreds,num_phrase_ones)
+
+elif user_num in range (300, 309, 1):
+    hundreds_phrase = str(hundreds)
+    num_phrase_hundreds = hundred[hundreds_phrase]
+    ones_phrase = str(ones)
+    num_phrase_ones = one[ones_phrase]
+    print(num_phrase_hundreds,num_phrase_ones)
+
+elif user_num in range (400, 409, 1):
+    hundreds_phrase = str(hundreds)
+    num_phrase_hundreds = hundred[hundreds_phrase]
+    ones_phrase = str(ones)
+    num_phrase_ones = one[ones_phrase]
+    print(num_phrase_hundreds,num_phrase_ones)
+
+elif user_num in range (500, 509, 1):
+    hundreds_phrase = str(hundreds)
+    num_phrase_hundreds = hundred[hundreds_phrase]
+    ones_phrase = str(ones)
+    num_phrase_ones = one[ones_phrase]
+    print(num_phrase_hundreds,num_phrase_ones)
+
+elif user_num in range (600, 609, 1):
+    hundreds_phrase = str(hundreds)
+    num_phrase_hundreds = hundred[hundreds_phrase]
+    ones_phrase = str(ones)
+    num_phrase_ones = one[ones_phrase]
+    print(num_phrase_hundreds,num_phrase_ones)
+
+elif user_num in range (700, 709, 1):
+    hundreds_phrase = str(hundreds)
+    num_phrase_hundreds = hundred[hundreds_phrase]
+    ones_phrase = str(ones)
+    num_phrase_ones = one[ones_phrase]
+    print(num_phrase_hundreds,num_phrase_ones)
+
+elif user_num in range (800, 809, 1):
+    hundreds_phrase = str(hundreds)
+    num_phrase_hundreds = hundred[hundreds_phrase]
+    ones_phrase = str(ones)
+    num_phrase_ones = one[ones_phrase]
+    print(num_phrase_hundreds,num_phrase_ones)
+
+elif user_num in range (900, 909, 1):
+    hundreds_phrase = str(hundreds)
+    num_phrase_hundreds = hundred[hundreds_phrase]
+    ones_phrase = str(ones)
+    num_phrase_ones = one[ones_phrase]
+    print(num_phrase_hundreds,num_phrase_ones)
+
+elif user_num in range (111, 120, 1):
+    hundreds_phrase = str(hundreds)
+    num_phrase_hundreds = hundred[hundreds_phrase]
+    teens_phrase = str(teens)
+    num_phrase_teens = hundred_teen[teens_phrase]
+    print(num_phrase_hundreds,num_phrase_teens)
+
+elif user_num in range (121, 200, 1):
+    hundreds_phrase = str(hundreds)
+    num_phrase_hundreds = hundred[hundreds_phrase]
+    tens_phrase = str(tens)
+    num_phrase_tens = hundred_ten[tens_phrase]
+    ones_phrase = str(ones)
+    num_phrase_ones = one[ones_phrase]
+    print(num_phrase_hundreds,num_phrase_tens,num_phrase_ones)
+
+elif user_num in range (211, 220, 1):
+    hundreds_phrase = str(hundreds)
+    num_phrase_hundreds = hundred[hundreds_phrase]
+    teens_phrase = str(teens)
+    num_phrase_teens = two_hundred_teen[teens_phrase]
+    print(num_phrase_hundreds,num_phrase_teens)
+
+elif user_num in range (311, 320, 1):
+    hundreds_phrase = str(hundreds)
+    num_phrase_hundreds = hundred[hundreds_phrase]
+    teens_phrase = str(teens)
+    num_phrase_teens = three_hundred_teen[teens_phrase]
+    print(num_phrase_hundreds,num_phrase_teens)
+
+elif user_num in range (411, 420, 1):
+    hundreds_phrase = str(hundreds)
+    num_phrase_hundreds = hundred[hundreds_phrase]
+    teens_phrase = str(teens)
+    num_phrase_teens = four_hundred_teen[teens_phrase]
+    print(num_phrase_hundreds,num_phrase_teens)
+
+elif user_num in range (511, 520, 1):
+    hundreds_phrase = str(hundreds)
+    num_phrase_hundreds = hundred[hundreds_phrase]
+    teens_phrase = str(teens)
+    num_phrase_teens = five_hundred_teen[teens_phrase]
+    print(num_phrase_hundreds,num_phrase_teens)
+
+elif user_num in range (611, 620, 1):
+    hundreds_phrase = str(hundreds)
+    num_phrase_hundreds = hundred[hundreds_phrase]
+    teens_phrase = str(teens)
+    num_phrase_teens = six_hundred_teen[teens_phrase]
+    print(num_phrase_hundreds,num_phrase_teens)
+
+elif user_num in range (711, 720, 1):
+    hundreds_phrase = str(hundreds)
+    num_phrase_hundreds = hundred[hundreds_phrase]
+    teens_phrase = str(teens)
+    num_phrase_teens = seven_hundred_teen[teens_phrase]
+    print(num_phrase_hundreds,num_phrase_teens)
+
+elif user_num in range (811, 820, 1):
+    hundreds_phrase = str(hundreds)
+    num_phrase_hundreds = hundred[hundreds_phrase]
+    teens_phrase = str(teens)
+    num_phrase_teens = eight_hundred_teen[teens_phrase]
+    print(num_phrase_hundreds,num_phrase_teens)
+
+elif user_num in range (911, 920, 1):
+    hundreds_phrase = str(hundreds)
+    num_phrase_hundreds = hundred[hundreds_phrase]
+    teens_phrase = str(teens)
+    num_phrase_teens = nine_hundred_teen[teens_phrase]
+    print(num_phrase_hundreds,num_phrase_teens)
+
+elif user_num in range (221, 300, 1):
+    hundreds_phrase = str(hundreds)
+    num_phrase_hundreds = hundred[hundreds_phrase]
+    tens_phrase = str(tens)
+    num_phrase_tens = hundred_twenty[tens_phrase]
+    ones_phrase = str(ones)
+    num_phrase_ones = one[ones_phrase]
+    print(num_phrase_hundreds,num_phrase_tens,num_phrase_ones)
+
+elif user_num in range (321, 400, 1):
+    hundreds_phrase = str(hundreds)
+    num_phrase_hundreds = hundred[hundreds_phrase]
+    tens_phrase = str(tens)
+    num_phrase_tens = hundred_thirty[tens_phrase]
+    ones_phrase = str(ones)
+    num_phrase_ones = one[ones_phrase]
+    print(num_phrase_hundreds,num_phrase_tens,num_phrase_ones)
+
+elif user_num in range (421, 500, 1):
+    hundreds_phrase = str(hundreds)
+    num_phrase_hundreds = hundred[hundreds_phrase]
+    tens_phrase = str(tens)
+    num_phrase_tens = hundred_forty[tens_phrase]
+    ones_phrase = str(ones)
+    num_phrase_ones = one[ones_phrase]
+    print(num_phrase_hundreds,num_phrase_tens,num_phrase_ones)
+
+elif user_num in range (521, 600, 1):
+    hundreds_phrase = str(hundreds)
+    num_phrase_hundreds = hundred[hundreds_phrase]
+    tens_phrase = str(tens)
+    num_phrase_tens = hundred_fifty[tens_phrase]
+    ones_phrase = str(ones)
+    num_phrase_ones = one[ones_phrase]
+    print(num_phrase_hundreds,num_phrase_tens,num_phrase_ones)
+
+elif user_num in range (621, 700, 1):
+    hundreds_phrase = str(hundreds)
+    num_phrase_hundreds = hundred[hundreds_phrase]
+    tens_phrase = str(tens)
+    num_phrase_tens = hundred_sixty[tens_phrase]
+    ones_phrase = str(ones)
+    num_phrase_ones = one[ones_phrase]
+    print(num_phrase_hundreds,num_phrase_tens,num_phrase_ones)
+
+elif user_num in range (721, 800, 1):
+    hundreds_phrase = str(hundreds)
+    num_phrase_hundreds = hundred[hundreds_phrase]
+    tens_phrase = str(tens)
+    num_phrase_tens = hundred_seventy[tens_phrase]
+    ones_phrase = str(ones)
+    num_phrase_ones = one[ones_phrase]
+    print(num_phrase_hundreds,num_phrase_tens,num_phrase_ones)
+
+elif user_num in range (821, 900, 1):
+    hundreds_phrase = str(hundreds)
+    num_phrase_hundreds = hundred[hundreds_phrase]
+    tens_phrase = str(tens)
+    num_phrase_tens = hundred_eighty[tens_phrase]
+    ones_phrase = str(ones)
+    num_phrase_ones = one[ones_phrase]
+    print(num_phrase_hundreds,num_phrase_tens,num_phrase_ones)
+
+elif user_num in range (921, 1000, 1):
+    hundreds_phrase = str(hundreds)
+    num_phrase_hundreds = hundred[hundreds_phrase]
+    tens_phrase = str(tens)
+    num_phrase_tens = hundred_ninety[tens_phrase]
+    ones_phrase = str(ones)
+    num_phrase_ones = one[ones_phrase]
+    print(num_phrase_hundreds,num_phrase_tens,num_phrase_ones)
+
+else:
+    print('Number out of range.')
+
+# Version 3 (optional)
+# Convert a number to roman numerals.
+
+# Version 4 (optional)
+# Convert a time given in hours and minutes to a phrase.

code/kelin/Unit-converter.py → code/kelin/Labs/Unit-converter.py

@@ -59,5 +59,5 @@
 # 1 yard is 0.9144 m
 # 1 inch is 0.0254 m
 
-# Version 4
+