After Lecture 5

Author: mcwebtree

Assessment/Wk4/high_low.py

@@ -1,4 +1,6 @@
 # Nothing for a Pair (not in this game)
+# Amended after the images were created to add the option to loop the game
+# Amended to simplify the data entry
 
 # imports
 import random
@@ -17,39 +19,51 @@
 a_suite.append("Hearts")
 a_suite.append("Spades")
 
+a_guesses={"H": "Higher", "L": "Lower", "": "Invalid Guess"}
+
 s_success="Congratulations! You're a Winner!"
 s_failure="Better luck next time :("
 s_invalid="Sorry your guess wasn't understood"
 
 print ( "Higher or Lower - Come on Down " )
 print ( "-" * 40)
 
-# deal card
-i_card = random.randint(1,13)
-i_suite = random.randint(1,4)
+while True:
+    # deal card
+    i_card = random.randint(1,13)
+    i_suite = random.randint(1,4)
 
-print ( f'Your first card {i_card} is a {a_cards[i_card]} of {a_suite[i_suite]}')
+    print ( f'Your first card {i_card} is a {a_cards[i_card]} of {a_suite[i_suite]}')
 
-your_guess = input("Please enter if you think the next card will be 'higher' or 'lower' :").lower()
+    your_guess = input("Please enter if you think the next card will be higher (H) or lower (L) :").upper()
 
-print ( f'You guessed {your_guess} ')
+    print ( f'You guessed {a_guesses[your_guess]} ')
 
-# deal card
-i_card_2 = random.randint(1,13)
-i_suite_2 = random.randint(1,4)
+    # deal card
+    i_card_2 = random.randint(1,13)
+    i_suite_2 = random.randint(1,4)
 
-print ( f'Your second card {i_card_2} is a {a_cards[i_card_2]} of {a_suite[i_suite_2]}')
+    print ( f'Your second card {i_card_2} is a {a_cards[i_card_2]} of {a_suite[i_suite_2]}')
 
-if your_guess=="higher" :
-    if i_card < i_card_2 :
-        print ( s_success )
-    else :
-        print ( s_failure )
-elif your_guess=="lower" :
-    if i_card > i_card_2 :
-        print ( s_success )
+    if your_guess=="H" :
+        if i_card < i_card_2 :
+            print ( s_success )
+        else :
+            print ( s_failure )
+    elif your_guess=="L" :
+        if i_card > i_card_2 :
+            print ( s_success )
+        else :
+            print ( s_failure )
     else :
-        print ( s_failure )
-else :
-        print ( s_invalid )
-        print ( s_failure )
+            print ( s_invalid )
+            print ( s_failure )
+
+    # play again? 
+    f_cont = input( f'Do you want to play again? (Y/N) ').lower()
+    if f_cont=="n":
+        print ( '=' * 40 )
+        print ( 'Thanks for playing, see you soon' )
+        break 
+    else: 
+        print ( '-' * 40 )

Assessment/Wk4/theatre_test.docx

@@ -0,0 +1,23 @@
+# create a dictionary from user input
+ 
+import pprint
+
+emps = {}
+
+while 1==1 :
+    new_key=input( "Enter the Employee Name: (enter 0 to exit) " )
+    if (new_key == "0"): 
+        break 
+    new_role=input( "Enter the Employee Role:  (enter 0 to exit)" )
+    if (new_role == "0"): 
+        break 
+    new_salary=input ( "Enter the Employee Salary:  (enter 0 to exit) ")
+    if (new_salary == "0"): 
+        break 
+    emps[new_key] = [new_role, new_salary]
+
+pp1=pprint.PrettyPrinter( compact=False)
+
+pp1.pprint ( emps )
+
+    

Tasks/create_dict.py

@@ -0,0 +1,24 @@
+# Dictionary tests
+
+import pprint 
+import json
+
+dict = {"bob": {"cost": 1234, "nickname": "Roger"}, \
+            "Dave" : {"cost": 5678, "nickname": "Big D" }, \
+            "Bert" : {"cost": 9922, "nickname": "DangerB"}, \
+            "Sandra": {"cost": "12.55", "nickname:": "Triple S"}}
+
+test = "bob"
+
+print ( " Testing Print / Dict ")
+pp1 = pprint.PrettyPrinter(indent=2, width=50, compact=False )
+pp1.pprint( dict )
+
+
+
+print ( "Testing for " + test)
+
+if test in dict.keys() :
+    print ( f"Found {test}" )
+else :
+    print ( f'NOT found {test}' )

Tasks/dict_games.py

@@ -0,0 +1,8 @@
+## print this data
+
+stuff={'Ford': ['Researcher',60000], 'Sara': ['Lecturer', 50000]}
+
+for keys, values in stuff.items():
+    print ( keys )
+    for entry in values :
+        print ( f"    {entry} " )