Question

Create a python program that will:

• prompt a user for a command

• Command

  • get_data

• Level 1: Take one of the commands

  • my_max

  • my_min

  • my_range

  • my_sum

  • mean

  • median

  • mode
  • fib
  • factorize
  • prime

Requirements:

• Your commands should be case-insensitive

• You should use python lists to store data

• You should NOT use built-in python math functions, or math libraries to compute these values

Tips:

• Write one function that will convert a string with comma-separated numbers into a python list with the numbers. You can use this in multiple other functions.

• Don't name any of your functions "min", "max", or "range" or "sum". These are built-in functions.

Details

Load command details

• Get_data: prompts users for a list of numbers, separated by commas

  • (please also print the list, for testing)

Level 1 details (these functions work with the loaded data list)

• my_max

• my_min

• my_range: Computes the range (difference of greatest value and least value)

• my_sum

• mean: Computes and prints the arithmetic mean (average)

Level 2

• median: show the median (middle value, or average of two middle values)

• mode: show the mode, or modes

Level 3 details (these functions should use the first number in the data list)

• prime: determine if a number is prime

• factorize: get the prime factors of a number

• fib: get the nth number in the fibonacci sequence

Here is my code so far:

#hehe my sum and stuff
f = open("input.txt",'r')
def input(prompt=''):
print(prompt, end='')
return f.readline().strip()   

#get data
def get_data():
pass

line = input().strip().split(',')
  
nums=[]
for n in line:
nums.append(float(n))

  
return nums
  
#get sum
def my_sum(data):
  
s=0
for n in data:
s += n
return s
  
pass

#get max
def my_max(data):
  
m=0
for n in data:
m >= n
return m

pass

#get min
def my_min(data):
  
i=0
for n in data:
i < n
return i

pass

#get range
def my_range(data):
r=0
for n in data:
m - i
return r

pass

#get mean
def mean(data):
e=0
for n in data:
????????

#get median
def median(data):
d=0
for n in data:
??????
  
#get mode
def mode(data):
o=0
for n in data:
???
  
#get prime
def prime(data):
p=0
for n in data:
???

#get factorization
def factorization(data):
f=0
for n in data:
????
  
#get fib
def fib(data):
b=0
for n in data:
??
#run it
def run_cli():
  
while(1):
cmd = input()
  
if cmd=='exit':
break
  
elif cmd=='get_data':
data = get_data()
print(data)
  
  
elif cmd=='my_sum':
s = my_sum(data)
print(s)
  
elif cmd=='my_max':
m = my_max(data)
print(m)
  
elif cmd=='my_min':
i = my_min(data)
print(i)
  
elif cmd=='my_range':
r = my_range(data)
print(r)
  
elif cmd=='mean':
e = mean(data)
print(e)
  
elif cmd=='median':
d = median(data)
print(d)
  
elif cmd=='mode':
o = mode(data)
print(o)
  
elif cmd=='prime':
p = prime(data)
print(p)
  
elif cmd=='factorization':
f = factorization(data)
print(f)
  
elif cmd=='fib':
b = fib(data)
print(b)
  
pass

#ha ahsbas
def main():
run_cli()
  
main()

Answer 1

Heres the missing functions, please do as needed and if you need any further help you can always reach out to me in comments

f = open("input.txt",'r')
def input(prompt=''):
    print(prompt, end='')
    return f.readline().strip()   

#get data
def get_data():
    pass

    line = input().strip().split(',')
  
    nums=[]
    for n in line:
        nums.append(float(n))

  
    return nums
  
#get sum
def my_sum(data):
  
    s=0
    for n in data:
        s += n
        return s
        
        pass

#get max
def my_max(data):
  
    m=0
    for n in data:
        m >= n
        return m

        pass

#get min
def my_min(data):
  
    i=0
    for n in data:
        i < n
        return i

        pass

#get range
def my_range(data):
    r=0
    for n in data:
        m - i
        return r

        pass

#get mean
def mean(data):
    e=0
    for n in data:
    #????????
        e+=n
    return e/len(data)

#get median
def median(data):
    data.sort()
    return data[len(data)/2]
  
#get mode
def mode(data):
    n = len(data) 
  
    data = Counter(data) 
    get_mode = dict(data) 
    mode = [k for k, v in get_mode.items() if v == max(list(data.values()))] 
    
    if len(mode) == n: 
        get_mode = "No mode found"
    else: 
        get_mode = "Mode is / are: " + ', '.join(map(str, mode)) 
        
    print(get_mode) 
  
  #check_prime
  def check_prime(num):
    if num > 1:  
        for i in range(2,num):  
            if (num % i) == 0:  
                return False
        else:  
            return True
            
    else:
         return True 
#get prime
def prime(data):
    for n in data:
    if(check_prime(n)==True) print(n)

#get factorization
def factorization(data):
    for i in range(1:data+1):
        if(data%i==0) print(i)
  
#get fib
def fib(data):
    if(data == 0):
        return 0
    elif(data == 1):
        return 1
    else:
        return (Fibonacci_series(data - 2) + Fibonacci_series(data - 1))
#run it
def run_cli():
  
    while(1):
        cmd = input()
        
        if cmd=='exit':
            break
    
    elif cmd=='get_data':
        data = get_data()
        print(data)
    
  
    eliif cmd=='my_sum':
        s = my_sum(data)
        prnt(s)
  
    elif cmd=='my_max':
        m = my_max(data)
        print(m)
    
    elif cmd=='my_min':
        i = my_min(data)
        print(i)
    
    elif cmd=='my_range':
        r = my_range(data)
        print(r)
        
    elif cmd=='mean':
        e = mean(data)
        print(e)
    
    elif cmd=='median':
        d = median(data)
        print(d)
    
    elif cmd=='mode':
        o = mode(data)
        print(o)
    
    elif cmd=='prime':
        p = prime(data)
        print(p)
    
    elif cmd=='factorization':
        f = factorization(data)
        print(f)
    
    elif cmd=='fib':
        b = fib(data)
        print(b)
        
    pass

#ha ahsbas
def main():
    run_cli()
  
main()