Added Regular Exam

Author: MitkoVtori

Advanced/Regular Exam/# TODO.txt

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+from collections import deque
+
+textiles = deque(map(int, input().split()))
+medicaments = deque(map(int, input().split()))
+
+owned_items = {
+    "Patch": 0,
+    "Bandage": 0,
+    "MedKit": 0
+}
+
+items = {
+    "Patch": 30,
+    "Bandage": 40,
+    "MedKit": 100
+}
+
+while textiles and medicaments:
+    textile, medicament = textiles.popleft(), medicaments.pop()
+    textile_medicaments_sum = textile + medicament
+
+    match = False
+
+    for item in items.keys():
+        if textile_medicaments_sum == items[item]:
+            owned_items[item] += 1
+            match = True
+            break
+
+    if not match:
+        if textile_medicaments_sum > items["MedKit"]:
+            owned_items["MedKit"] += 1
+            if medicaments:
+                medicament = medicaments.pop()
+                medicament += textile_medicaments_sum - items["MedKit"]
+                medicaments.append(medicament)
+
+        else:
+            medicament += 10
+            medicaments.append(medicament)
+
+if medicaments and not textiles:
+    print("Textiles are empty.")
+
+elif textiles and not medicaments:
+    print("Medicaments are empty.")
+
+else:
+    print("Textiles and medicaments are both empty.")
+
+items_amount = sorted(owned_items.items(), key=lambda x: (-x[1], x[0]))
+
+for item_amount in items_amount:
+    item, amount = item_amount
+
+    if amount > 0:
+        print(f"{item} - {amount}")
+
+if medicaments:
+    print(f"Medicaments left: {', '.join([str(num) for num in list(medicaments)[::-1]])}")
+
+if textiles:
+    print(f"Textiles left: {', '.join([str(num) for num in textiles])}")

Advanced/Regular Exam/01. Apocalypse Preparation.py

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+rows, columns = list(map(int, input().split()))
+
+furniture_obstacles = "O"
+empty = "-"
+opponents = "P"
+player = "B"
+player_coordinates = [0, 0]
+playground = []
+
+for row in range(rows):
+    cols = input().split()
+    playground.append(cols)
+
+    if player in cols:
+        player_coordinates = [len(playground)-1, cols.index(player)]
+        playground[player_coordinates[0]][player_coordinates[1]] = empty
+
+opponents_count = 0
+moves_count = 0
+
+movement = input()
+while movement != "Finish" and opponents_count < 3:
+
+    if movement == "up":
+        if 0 <= player_coordinates[0]-1 <= len(playground)-1:
+            if playground[player_coordinates[0]-1][player_coordinates[1]] != furniture_obstacles:
+                player_coordinates[0] -= 1
+                moves_count += 1
+
+    elif movement == "down":
+        if 0 <= player_coordinates[0]+1 <= len(playground) - 1:
+            if playground[player_coordinates[0] + 1][player_coordinates[1]] != furniture_obstacles:
+                player_coordinates[0] += 1
+                moves_count += 1
+
+    elif movement == "left":
+        if 0 <= player_coordinates[1]-1 <= len(playground[0]) - 1:
+            if playground[player_coordinates[0]][player_coordinates[1]-1] != furniture_obstacles:
+                player_coordinates[1] -= 1
+                moves_count += 1
+
+    elif movement == "right":
+        if 0 <= player_coordinates[1] + 1 <= len(playground[0]) - 1:
+            if playground[player_coordinates[0]][player_coordinates[1]+1] != furniture_obstacles:
+                player_coordinates[1] += 1
+                moves_count += 1
+
+    if playground[player_coordinates[0]][player_coordinates[1]] == opponents:
+        opponents_count += 1
+        playground[player_coordinates[0]][player_coordinates[1]] = empty
+
+    movement = input()
+
+print("Game over!")
+print(f"Touched opponents: {opponents_count} Moves made: {moves_count}")

Advanced/Regular Exam/02. Blind Man's Buff.py

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+def shop_from_grocery_list(budget, grocery_list: list, *products):
+    bought_products = []
+
+    bought_all_products = True
+
+    for product_price in products:
+        product, price = product_price
+
+        if budget >= price and product not in bought_products and product in grocery_list:
+            budget -= price
+            bought_products.append(product)
+
+        elif budget < price:
+            bought_all_products = False
+            break
+
+    if bought_all_products and not [x for x in grocery_list if x not in bought_products]:
+        return f"Shopping is successful. Remaining budget: {budget:.2f}."
+
+    return f"You did not buy all the products. Missing products: {', '.join([product for product in [x for x in grocery_list if x not in bought_products]])}."
+
+
+''' TESTS '''
+# print(shop_from_grocery_list(
+#     100,
+#     ["tomato", "cola"],
+#     ("cola", 5.8),
+#     ("tomato", 10.0),
+#     ("tomato", 20.45),
+# ))
+# print()
+# print(shop_from_grocery_list(
+#     100,
+#     ["tomato", "cola", "chips", "meat"],
+#     ("cola", 5.8),
+#     ("tomato", 10.0),
+#     ("meat", 22),
+# ))
+# print()
+# print(shop_from_grocery_list(
+#     100,
+#     ["tomato", "cola", "chips", "meat", "chocolate"],
+#     ("cola", 15.8),
+#     ("chocolate", 30),
+#     ("tomato", 15.85),
+#     ("chips", 50),
+#     ("meat", 22.99),
+# ))