All challenges completed

ElyRiven/01_PlayersSystem.py

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+# 1. Manchester United FC has hired you as a developer. Develop a program that helps the coach identify their fastest player, player with the most goals, assists, passing accuracy, and defensive involvements.
+# The system should also allow comparison between two players. Use the following player profiles:
+
+# Bruno Fernandes: 5 goals, 6 points in speed, 9 points in assists, 10 points in passing accuracy, 3 defensive involvements. Corresponds to jersey number 8.
+# Rasmus Hojlund: 12 goals, 8 points in speed, 2 points in assists, 6 points in passing accuracy, 2 defensive involvements. Corresponds to jersey number 11.
+# Harry Maguire: 1 goal, 5 points in speed, 1 point in assists, 7 points in passing accuracy, 9 defensive involvements. Corresponds to jersey number 5.
+# Alejandro Garnacho: 8 goals, 7 points in speed, 8 points in assists, 6 points in passing accuracy, 0 defensive involvements. Corresponds to jersey number 17.
+# Mason Mount: 2 goals, 6 points in speed, 4 points in assists, 8 points in passing accuracy, 1 defensive involvement. Corresponds to jersey number 7.
+# The program functions as follows: The coach accesses the system and encounters a menu with the following options:
+
+# Player Review: By entering the player's jersey number, they can access the player's characteristics.
+# Compare two players: The system prompts for two jersey numbers and displays the data of both players on screen.
+# Identify the fastest player: Displays the player with the most points in speed.
+# Identify the top goal scorer: Displays the player with the most points in goals.
+# Identify the player with the most assists: Displays the player with the most points in assists.
+# Identify the player with the highest passing accuracy: Displays the player with the most points in passing accuracy.
+# Identify the player with the most defensive involvements: Displays the player with the most points in defensive involvements.
+# The system should also allow returning to the main menu.
+
+PLAYERS = [
+  {
+    'name': 'Bruno Fernandes',
+    'jersey': 8,
+    'goals': 5,
+    'speed': 6,
+    'assists': 9,
+    'passing accuracy': 10,
+    'defensive involvements': 3
+  },
+  {
+    'name': 'Rasmus Hojlund',
+    'jersey': 11,
+    'goals': 12,
+    'speed': 8,
+    'assists': 2,
+    'passing accuracy': 6,
+    'defensive involvements': 2
+  },
+  {
+    'name': 'Harry Maguire',
+    'jersey': 5,
+    'goals': 1,
+    'speed': 5,
+    'assists': 1,
+    'passing accuracy': 7,
+    'defensive involvements': 9
+  },
+  {
+    'name': 'Alejandro Garnacho',
+    'jersey': 17,
+    'goals': 8,
+    'speed': 7,
+    'assists': 8,
+    'passing accuracy': 6,
+    'defensive involvements': 0
+  },
+  {
+    'name': 'Mason Mount',
+    'jersey': 7,
+    'goals': 2,
+    'speed': 6,
+    'assists': 4,
+    'passing accuracy': 8,
+    'defensive involvements': 1
+  }
+]
+
+def main():
+  while True:
+    choice = showMenu()
+    if choice == 8:
+      exit()
+    elif choice == 1:
+      player = getJerseyNumber()
+      if player != None:
+        reviewPlayer(player)
+        continue
+    elif choice == 2:
+      print("First Player --------")
+      player1 = getJerseyNumber()
+      if player1 != None:
+        print("Second Player --------")
+        player2 = getJerseyNumber()
+        if player2 != None:
+          comparePlayers(player1, player2)
+        else:
+          continue
+      else:
+        continue
+    elif choice == 3:
+      fastestPlayer()
+      pass
+    elif choice == 4:
+      topGoalScorer()
+      pass
+    elif choice == 5:
+      mostAssists()
+      pass
+    elif choice == 6:
+      highestPassingAccuracy()
+      pass
+    elif choice == 7:
+      mostDefensiveInvolvements()
+      pass
+
+def mostDefensiveInvolvements():
+  for player in PLAYERS:
+    if player['defensive involvements'] == max(player['defensive involvements'] for player in PLAYERS):
+      print(f"\nThe player with the most defensive involvements is {player.get('name')} with {player.get('defensive involvements')} defensive involvements\n")
+
+def highestPassingAccuracy():
+  for player in PLAYERS:
+    if player['passing accuracy'] == max(player['passing accuracy'] for player in PLAYERS):
+      print(f"\nThe player with the highest passing accuracy is {player.get('name')} with {player.get('passing accuracy')} passing accuracy\n")
+
+def mostAssists():
+  for player in PLAYERS:
+    if player['assists'] == max(player['assists'] for player in PLAYERS):
+      print(f"\nThe player with the most assists is {player.get('name')} with {player.get('assists')} assists\n")
+
+def topGoalScorer():
+  for player in PLAYERS:
+    if player['goals'] == max(player['goals'] for player in PLAYERS):
+      print(f"\nThe top goal scorer is {player.get('name')} with {player.get('goals')} goals\n")
+
+def fastestPlayer():
+  for player in PLAYERS:
+    if player['speed'] == max(player['speed'] for player in PLAYERS):
+      print(f"\nThe fastest player is {player.get('name')} with {player.get('speed')} speed points\n")
+
+def comparePlayers(player1, player2):
+  print("\n\t\tPlayer Comparison")
+  print(f"{player1.get('name')} | {player2.get('name')}\n")
+  print(f"Jersey Number: {player1.get('jersey')} | {player2.get('jersey')}")
+  print(f"Goals: {player1.get('goals')} | {player2.get('goals')}")
+  print(f"Speed Points: {player1.get('speed')} | {player2.get('speed')}")
+  print(f"Assists: {player1.get('assists')} | {player2.get('assists')}")
+  print(f"Passing Accuracy: {player1.get('passing accuracy')} | {player2.get('passing accuracy')}")
+  print(f"Defensive Involvements: {player1.get('defensive involvements')} | {player2.get('defensive involvements')}")
+
+def getJerseyNumber():
+  try:
+    number = int(input("Enter the player's jersey number: "))
+    for player in PLAYERS:
+      if player['jersey'] == number:
+        return player
+      else:
+        continue
+    print(f"There is no player with the jersey number {number}\n") 
+  except:
+    print("Invalid input\n")
+
+def reviewPlayer(player):
+  print(f"\nName: {player.get('name')}\n")
+  print(f"Jersey Number: {player.get('jersey')}\n")
+  print(f"Goals: {player.get('goals')}\n")
+  print(f"Speed Points: {player.get('speed')}\n")
+  print(f"Assists: {player.get('assists')}\n")
+  print(f"Passing Accuracy: {player.get('passing accuracy')}\n")
+  print(f"Defensive Involvements: {player.get('defensive involvements')}\n\n")
+
+def showMenu():
+  print("\t\tWelcome to the Player's System\n\n")
+  print("1. Player Review\n")
+  print("2. Compare two players\n")
+  print("3. Identify the fastest player\n")
+  print("4. Identify the top goal scorer\n")
+  print("5. Identify the player with the most assists\n")
+  print("6. Identify the player with the highest passing accuracy\n")
+  print("7. Identify the player with the most defensive involvements\n")
+  print("8. Exit\n")
+  try:
+    choice = int(input(">> "))
+    if choice < 1 or choice > 8:
+      print("Invalid input\n")
+    else:
+      return choice if type(choice) == int else print("Invalid input\n")
+  except:
+    print("Invalid input\n")
+
+if __name__ == "__main__":
+  main()

ElyRiven/02_TravelAgency.py

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+# 2. A travel agency has a special offer for traveling in any season of 2024. Their destinations are:
+
+# Winter: Andorra and Switzerland. In Andorra, there are skiing activities, and in Switzerland, there's a tour of the Swiss Alps.
+# Summer: Spain and Portugal. In Spain, there are hiking and extreme sports activities. In Portugal, there are activities on the beaches.
+# Spring: France and Italy. In France, there are extreme sports activities, and in Italy, there's a cultural and historical tour.
+# Autumn: Belgium and Austria. In Belgium, there are hiking and extreme sports activities, and in Austria, there are cultural and historical activities.
+# Note: Traveling in winter costs $100, in autumn $200, in spring $300, and in summer $400.
+
+# Design a system that helps users choose their best destination according to their personal preferences and the season they want to travel in.
+# 12. Important: With the information you have, you should ask the user the right questions and display on screen what their best destination would be.
+
+# Clue: You could consider the user's budget
+
+TRAVELDESTINATIONS = {
+    "winter": {
+        "andorra": "Skying activities",
+        "switzerland": "Tour of the Swiss Alps"
+        },
+    "summer": {
+        "spain": "Hiking and extreme sports activities",
+        "portugal": "Activities on the beaches"
+    },
+    "spring": {
+        "france": "Extreme sports activities",
+        "italy": "Cultural and historical tour"
+    },
+    "autumn": {
+        "belgium": "Hiking and extreme sports activities",
+        "austria": "Cultural and historical activities"
+    }
+}
+
+def main():
+    print("\t\tWelcome to our travel agency!\n\n")
+    budget = getBudget()
+    if budget != None:
+        print(f"Your budget is: ${budget}")
+        season = getSeason(budget)
+        if season != None:
+            print(f"Your season is: {season}")
+            destination = getActivity(season)
+            if type(destination) != str:
+                print("Since you have no preferences, we can offer you to travel to these beautiful destinations:\n")
+                for country, activity in destination.items():
+                    print(f"Country - {country.title()}\t Activities - {activity}") in destination
+            else:
+                print(f"Your best destination based on your preferences is: {destination.title()}")
+        print("\nThank you for using our travel agency!")
+
+def travelSuggestion(season, activity):
+    print(f"Your travel suggestion is: {TRAVELDESTINATIONS[season]}")
+
+# Ask for the activity of preference
+def getActivity(season):
+    x = 1
+    activity1 = ""
+    activity2 = ""
+    print("What is your activity of preference? Select one of the following\n")
+    for key in TRAVELDESTINATIONS[season]:
+        print(f"{x}. {TRAVELDESTINATIONS[season][key]}")
+        if x == 1:
+            activity1 = TRAVELDESTINATIONS[season][key]
+        if x == 2:
+            activity2 = TRAVELDESTINATIONS[season][key]
+        x += 1
+    print(f"{x}. No preference")
+    try:
+        option = int(input(">> "))
+        if option == 3:
+            return TRAVELDESTINATIONS[season]
+        elif option == 1:
+            return getDestination(season, activity1)
+        elif option == 2:
+            return getDestination(season, activity2)
+    except:
+        print("Invalid input.")
+
+def getDestination(season, activity):
+    for inner_key, inner_value in TRAVELDESTINATIONS[season].items():
+        if inner_value == activity:
+            return inner_key
+
+def seasonRecommend(budget):
+    if budget <= 100:
+        return "Winter"
+    elif budget <= 200:
+        return "Autumn"
+    elif budget <= 300:
+        return "Spring"
+    elif budget <= 400:
+        return "Summer"
+    else:
+        return "Summer"
+
+def getSeason(budget):
+    try:
+        recomendation = seasonRecommend(budget)
+        print(f"\nSeasons Available\nWinter - Spring - Summer - Autumn | RECOMMENDED SEASON -> {recomendation}\n")
+        season = input(">> ").lower()
+        if season in TRAVELDESTINATIONS:
+            return season
+        else:
+            print("Invalid input.")
+    except:
+        print("Invalid input.")
+
+def getBudget():
+    try:
+        budget = float(input("Enter your budget: $"))
+        if budget > 0:
+            return budget
+        else:
+            print("Invalid input.")
+    except:
+        print("Invalid input.")
+
+if __name__ == "__main__":
+    main()