Team Test

Collaboration Review

The benefits of a team are are being able to share ideas and collaborate on the same project. Instead of having 1 brain focusing on a topic, you can increase ideas and workflow through many other people. Working on a team also allows you to increase efficiency when doing a project. Some of the diversities we offer are that some of us know backend and frontend languages, some are leaders, some know how video edit.
I will facilitate communication amongst group members my including them in the conversation by asking them questions. Asking questions is the best way to get ideas flowing and increase collaboration.
I will hold each person accountable for their work by setting a deadline for something they have to get done by a specific time period. This way, they have a goal to complete a certain job by that time frame instead of procrastinating and an agrument occurs when they haven’t done anything and you’ve expected them to do something.

## CODE FOR THIS SEGMENT DONE BY AIDAN LAU (github account AidanLau10)

## Makes use of a list here, specifically a list of popular games: Written by Aidan Lau
video_games = ["Valorant", "Apex legends", "Fortnite", "League of Legends", "Roblox"]

## Iterative code here: runs through all games in the list defined above: Written by Aidan Lau
print("Here is a list of some popular video games!")
for game in video_games:
    print(game)
    
## Gets user input and provides basis for rest of code (based on KDR of the specific game Valorant): Written by Aidan Lau
favorite_game = input("What is your favorite video game? ")

if favorite_game == "Valorant":
    print("You are class!")
elif favorite_game == "Apex Legends":
    print("That game is not good!!")
elif favorite_game == "Fortnite":
    print("That game used to be good.")
elif favorite_game == "League of Legends":
    print("Please stop playing that game.")
else:
    print("Alright game.")


## Defines player statitstics using a dictionary called "my_stats"
my_stats = {
    "best_agent": "omen",
    "adr": 178.8,
    "kills": 26,
    "deaths": 13,
    "first_kills": 3,
    "first_deaths": 1,
    "hs_percent": 25,
    "leg_percent": 0,
}

## Mathematical calculation here for kill/death ratio: uses dictionary above to divide stats. Uses less than and greater than signs to return info based on said stats. Written by Aidan Lau
print("But what is my K/D ratio and FK/FD ratio?")
kd = my_stats["kills"] / my_stats["deaths"]
print("My K/D ration is: ", kd)
if kd > 1:
    print("Im a good player! I can get 1 kill for every death!")
elif kd < 1:
    print("I'm so bad. I can't even get a kill for every death.")
   
## More statistical calculations, based on First Kills vs First Deaths
fkfd = my_stats["first_kills"] / my_stats["first_deaths"]
print("My FK/FD ratio is: ", fkfd)
if fkfd > 1:
    print("Im so good at getting the first kill in the round and not dying first!")
elif fkfd < 1:
    print("I die first in the round more times than I'm able to get the first kill!")

## Final Mathetmatical calculation, makes use of error checks as well to avoid math errors like dividing by zero.
print("What about my headshot to legshot ratio?")
def test_my_stats(stats):
    try:
        hs_leg_percent = my_stats["hs_percent"] / my_stats["leg_percent"]
    except ZeroDivisionError as e:
        print(f"Could not find the heashot to legshot ratio. Error: {e}")
    if stats["adr"] < 0 or stats["kills"] < 0 or stats["deaths"] < 0:
            raise ValueError("The ADR, kills, and death values should not be negative")    

test_my_stats(my_stats)                                        

Here is a list of some popular video games!
Valorant
Apex legends
Fortnite
League of Legends
Roblox


You are class!
But what is my K/D ratio and FK/FD ratio?
My K/D ration is:  2.0
Im a good player! I can get 1 kill for every death!
My FK/FD ratio is:  3.0
Im so good at getting the first kill in the round and not dying first!
What about my headshot to legshot ratio?
Could not find the heashot to legshot ratio. Error: division by zero

Team Test • 10 min read

Description

Collaboration Review