After lecture re-interpretation of wk4

Author: Mark Charlton

Assessment/Wk11/hangman.py

@@ -0,0 +1,21 @@
+
+
+# params
+api_ninjsas_key = "NZ7cUijXf6uoivDW6yl/EA==ufxyi04CTS0N25V6"
+
+import requests
+import json 
+
+def get_word():
+    api_url = 'https://api.api-ninjas.com/v1/randomword'
+    response = requests.get(api_url, headers={'X-Api-Key': api_ninjsas_key})
+    if response.status_code == requests.codes.ok:
+        a_ret = json.loads(response.text)
+        return a_ret['word']
+    else:
+        print("Error:", response.status_code, response.text)
+        return ""
+    
+s_word = get_word()
+if s_word != "":
+    print ( f"The word is '{s_word}'" )

Assessment/Wk3/bandwidth.jpg

@@ -23,8 +23,8 @@
 print ( "Bandwidth guesstimator 1000 ")
 print ( "-" * 30 )
 
-print ( f'Maximum network bandwidth is { max_bw_b } bps')
-print ( f'Current network usage is { current_usage } bps' )
-print ( f'Current availability is { free_capacity } bps' )
-print ( f'New application requirements are { new_app_demands } bps')
-print ( f'Spare Bandwidth available is new app deployed is { spare_after / m_in_b } Mbps ')
+print ( f'Maximum network bandwidth is { max_bw_b:,.0f} bps')
+print ( f'Current network usage is { current_usage:,.0f} bps' )
+print ( f'Current availability is { free_capacity:,.0f} bps' )
+print ( f'New application requirements are { new_app_demands:,.0f} bps')
+print ( f'Spare Bandwidth available is new app deployed is { spare_after / m_in_b:,.2f} Mbps ')

Assessment/Wk3/bandwidth.py

@@ -66,16 +66,25 @@ def get_y_n ( input_prompt ):
 # calcs
 num_kids=num_in_party-num_adults-num_conc
 num_free_adults= int( num_kids / num_kids_for_free_adult )
+num_free_conc = 0
 
 # can't give away more seats than you've got! 
-if num_free_adults > num_adults: num_free_adults=num_adults
+# roll down free adults to concessions if there is a surplus 
+if num_free_adults > num_adults: 
+    num_spare_adults = num_free_adults - num_adults
+    num_free_adults=num_adults
+    num_free_conc=num_spare_adults
+
+if num_free_conc>num_conc:
+    num_free_conc=num_conc
 
 # calc how many are paying
 num_paying_adults=num_adults-num_free_adults
+num_paying_conc=num_conc-num_free_conc
 
 ticket_values={"Adult": 0, "Conc": 0 , "Child": 0}
 ticket_values["Adult"] = num_paying_adults * costs["Adult"]
-ticket_values["Conc"] = num_conc * costs["Conc"]
+ticket_values["Conc"] = num_paying_conc * costs["Conc"]
 ticket_values["Child"] = num_kids * costs["Child"]
 
 ttl_bill_pre_discount = ( ticket_values["Adult"] ) + \
@@ -108,21 +117,34 @@ def get_y_n ( input_prompt ):
 print ()
 
 print ( f'{num_in_party} Tickets for Snakes! The Musical' )
-print ( f'{"Order Ref: " + bill_ref:>35}')
-print ( '-' * 35 )
+print ( f'{"Order Ref: " + bill_ref:>36}')
+print ( '-' * 36 )
 if is_collection == "Y" :
-    print ( "*" * 9, "   COLLECTION  ", "*" * 9 )
-    print ( '-' * 35 )
-print ( f'{num_adults:3} {"Adult":12} ' )
-if num_paying_adults > 0 : print ( ' ' * 12 , f'{num_paying_adults:3} @ £{costs["Adult"]:5.2f} = £{ ticket_values["Adult"]:7.2f} ')
-if num_free_adults > 0 : print ( ' ' * 12 , f'{num_free_adults:3} @ £{0:5.2f} = £{0:7.2f} ')
-if num_conc > 0 : print ( f'{num_conc:3} {"Concession":12} @ £{costs["Conc"]:5.2f} = £{ ticket_values["Conc"]:7.2f} ')
-if num_kids > 0 : print ( f'{num_kids:3} {"Child":12} @ £{costs["Child"]:5.2f} = £{ ticket_values["Child"]:7.2f} ')
+    print ( "*" * 9, "   COLLECTION   ", "*" * 9 )
+    print ( '-' * 36 )
+
+if num_adults > 0:
+    print ( f'{num_adults:3} {"Adult":12} ' )
+    if num_paying_adults > 0 : print ( ' ' * 12 , f'{num_paying_adults:3} @ £{costs["Adult"]:5.2f} = £{ ticket_values["Adult"]:7.2f} ')
+    if num_free_adults > 0 : print ( ' ' * 12 , f'{num_free_adults:3} @ £{0:5.2f} = £{0:7.2f} ')
+    print ( "" )
+
+if num_conc > 0: 
+    print ( f'{num_conc:3} {"Concessions":12} ' )
+    if num_paying_conc > 0 : print ( ' ' * 12 , f'{num_paying_conc:3} @ £{costs["Conc"]:5.2f} = £{ ticket_values["Conc"]:7.2f} ')
+    if num_free_conc > 0 : print ( ' ' * 12 , f'{num_free_conc:3} @ £{0:5.2f} = £{ 0:7.2f} ')
+    print ( "" )
+
+if num_kids > 0 : 
+    print ( f'{num_kids:3} {"Child":12} @ £{costs["Child"]:5.2f} = £{ ticket_values["Child"]:7.2f} ')
+    if num_kids > 9 : print ( f"    (Includes {num_free_adults+num_free_conc} free chaperones)")
+    print ( "" )
+
 print ( ' ' * 27, '=' * 8 )
 
 if discount_percentage > 0 :
     print ( ' ' * 9 , f'{"Sub Total":17} £{ttl_bill_pre_discount:7.2f}' )
-    print ( ' ' * 9 , f'{"Discount":17} £{bill_discount:7.2f}' )
+    print ( ' ' * 9 , f'{"Discount (" + str(discount["discount"]) + "%)":17} £{bill_discount:7.2f}' )
     print ( ' ' * 27, '-' * 8 )
 
 if p_n_p_cost > 0 :