Add Files :)

main.py

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+'''
+L1 = [1, 5, 6, 9, 129, 12, 17, 18, 92]
+L2 = [5, 2, 77, 129, 4, 6, 2, 18]
+L3 = []
+for item in L1 and L2:
+    L3.append(item)
+
+print(L3)
+
+
+in_list = [5, 2, 3, 1, 4, 6, 8, 7]
+total = 0
+for item in in_list:
+    total = total + 1
+print(total)
+
+
+
+for i in range(10):
+    if i == 3:
+        continue
+    if i == 7:
+        break
+    print(i)
+
+
+
+for x in {'winston', 'Lool'}:
+    print(f"Hello {x}")
+
+import math
+x = 0
+while x <= 1:
+    print("Hello world")
+
+
+my_list = []
+my_list.insert(0, 'cat')
+my_list.insert(1, 'cow')
+my_list.insert(2, 'dog')
+my_list.insert(3, 'horse')
+my_list.insert(4, 'pig')
+print(my_list)
+
+import random
+import math
+import string
+x = int(input("Please input a value: "))
+if x < 0:
+    print("You broke the program and the program will shut down")
+if x >= 10 and x % 2 == 0:
+    print(f"You have overflooded the program {math.inf}")
+elif x >=10 and x % 2 ==1:
+    print(f"ERROR!")
+if x >= 0 and x <= 10:
+    x = math.factorial(x)
+    if x <= 100:
+        print(x)
+    elif x > 100:
+        x = x**2
+        print(x)
+        y = input("Does this number seem correct? Y/n ")
+        if y == "Y":
+            random_letters = ''.join(random.choice(string.ascii_letters) for i in range(25))
+            print(f"The computer doesn't like you anymore {random_letters}")
+        if y == "n":
+            print("Nice catch cheer :)")
+
+
+
+money = float(input("How much do you have? "))
+if money >= 20:
+    print(f"You should buy a Jumbo Baby Yoda Plush! You wil have {money-20} dollars remaining!")
+elif money <20 and money >=7.2:
+    print(f"You should buy a beyblade! YOu will have {money-7.2} dollars remaining!")
+elif money <7.2 and money >=0.5:
+    print(f"You shoudl buy sticky hands! You will have {money-0.5} dollars remaining!")
+else: 
+    print("You broke!")
+
+
+
+
+
+a = int(input("please enter your first test score: "))
+b = int(input("please enter your second test score: "))
+c = int(input("please enter your third test score: "))
+sum = (a+b+c)/3
+
+if sum >= 90:
+    print("You got an A!")
+elif sum <90 and sum >=80:
+    print("You got a B boo")
+elif sum <80 and sum >=70:
+    print("You got a C failure")
+elif sum <70 and sum >=60:
+    print("You got a D terrible")
+elif sum <60 and sum >=50:
+    print("F - Grounded")
+
+
+
+
+import math
+x = int(input("please enter a number: "))
+if x == 1:
+    print("This is 1! This is neither prime nor composite! ")
+elif math.sqrt(x) == 2:
+    print(f"This is 4")
+else:
+    print("Whatever")
+
+
+
+team_number = input("Please enter a team number: ")
+print(f"You have entered the team number {team_number}")
+user_decision = input("Would you like to continue? Y/n ")
+if user_decision == "Y":
+    user_location = input("Please enter your location:")
+    print(f"Team {team_number} was founded in {user_location} and has been a powerhouse team ever since.")
+elif user_decision == "n":
+    team_number = input("Please reenter your team number: ")
+    user_location = input("Please enter your location: ")
+    print(f"Team {team_number} was founded in {user_location} and has been a powerhouse team ever since.")
+else: 
+    print("Error 404")
+
+if team_number != str(1678):
+    print("1678 is the best!")
+else:
+    print("Good choice! ")
+'''
+# a = 0
+# for item in data:
+#     if item['team_num'] == 429:
+#         a +=1
+# print(f"6168 has played {a} matches")
+# b = 0
+# for item in data:
+#     if item['team_num'] == 2464:
+#         b+=1
+# print(f"2464 has played {b} matches")
+# c = 0
+# for item in data:
+#     if item['team_num'] == 4499:
+#         c +=1
+# print(f"4499 has played {c} matches")
+# d = 0
+# for item in data:
+#     if item['team_num'] == 6068:
+#         d +=1
+# print(f"6068 has played {d} matches")
+# e = 0
+# for item in data:
+#     if item['team_num'] == 6168:
+#         e +=1
+# print(f"6168 has played {e} matches")
+# f = 0
+# for item in data:
+#     if item['team_num'] == 7650:
+#         f +=1
+# print(f"7650 has played {f} matches")
+
+# team_data_organized_by_team = {}
+# for team_row in data:
+#     team_id = team_row['team_num']
+#     if team_id not in team_data_organized_by_team:
+#         team_data_organized_by_team[team_id] = []
+#     team_data_organized_by_team[team_id].append(team_row)
+# for team_num, team_data in team_data_organized_by_team.items():
+#     final_team_data = {'team_num': team_num, }
+
+import math
+import pymongo
+import json
+client = pymongo.MongoClient("localhost", 27017)
+db = client.winston
+tims = db.tims
+team_collection=db["team_collection"]
+with open("example_tim_data.json") as f:
+    data = json.load(f)
+    #print(data)
+tims.insert_many(data)
+
+teams = []
+
+for item in data:
+    if item['team_num'] not in teams:
+        teams.append(item['team_num'])
+
+def maximum(team_list_data):
+    max_score = 0
+    for item in team_list_data:
+        if item["num_balls"] > max_score:
+            max_score += item["num_balls"] - max_score
+    return(max_score)
+
+def minimum(team_list_data):
+    min_score = math.inf
+    for item in team_list_data:
+        if item["num_balls"] < min_score:
+            min_score -= (min_score - item["num_balls"])
+
+def average(team_list_data):
+    matches_played = 0
+    total_scored = 0
+    for item in team_list_data:
+        total_scored += item["num_balls"]
+        matches_played = matches_played + 1
+    return(total_scored/matches_played)
+
+def climb_percentage(team_list_data):
+    matches_played = 0
+    climbs = 0  
+    for item in team_list_data:
+        matches_played += 1
+        if item["climbed"]== True:
+            climbs += 1
+    return(climbs/matches_played)
+
+# final_result = {1234: {'maximum': team_max}}
+# for team in teams:
+#     team_data = list(tims.find({"team_num": team}))
+#     team_max = maximum(team_data)
+#     team_min = minimum(team_data)
+#     team_average = average(team_data)
+#     team_climb_percentage = climb_percentage(team_data)
+#     print(f"team_num: {team}.  max balls scored: {team_max} min balls scored: {team_min} average score: {team_average} How much of the time could they succesfully climb: {team_climb_percentage}")
+
+final_result = {}
+for team in teams:
+    team_data = list(tims.find({"team_num": team}))
+    final_result[team] = {}
+    final_result[team]['team_max'] = maximum(team_data)
+    final_result[team]['team_min'] = minimum(team_data)
+    final_result[team]['team_average'] = average(team_data)
+    final_result[team]['team_climb_percentage'] = climb_percentage(team_data)
+
+print(final_result[2464]['team_average'])

mongo.py

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+import pymongo
+import json
+client = pymongo.MongoClient("localhost", 27017)
+db = client.winston
+tims = db.tims
+with open("example_tim_data.json") as f:
+    data = json.load(f)
+tims.insert_many(data)
+collection = tims.find()
+print(collection)