Title: Simplifying Code Execution on Multiple Integer Variables

Title: Simplifying Code Execution on Multiple Integer Variables

Are you tired of manually copying and pasting code for each integer variable you want to execute? Look no further! In this tutorial, we'll explore a more efficient way to run the same block of code on multiple integer variables.

Let's say you have four integer variables (a, b, c, and e) and you want to execute the same code on specific variables (for example, a, c, and e). Currently, you might be copying and pasting the code and changing the variable in each block to the variable you want to run. However, this can be inefficient and time-consuming.

Instead, let's use a for loop to iterate through the variables and execute the code on each one. Here's an example:

# Ask the user to input their six-digit number
number = input("Please enter a six-digit number: ")

# Separate the six-digit number into individual numbers
a = int(number[0])
b = int(number[1])
c = int(number[2])
d = int(number[3])
e = int(number[4])
f = int(number[5])

# Create a list of variables to iterate through
variables = [a, c, e]

# Iterate through the variables and execute the code on each one
for variable in variables:
    if variable == 10:
        variable = 1
    elif variable == 12:
        variable = 3
    elif variable == 14:
        variable = 5
    elif variable == 16:
        variable = 7
    elif variable == 18:
        variable = 9
    else:
        pass

# Submit the results
submitted()

In this example, we first ask the user to input their six-digit number and separate it into individual numbers. We then create a list of variables to iterate through (in this case, a, c, and e).

Next, we use a for loop to iterate through the variables and execute the code on each one. We use an if-elif-else statement to check the value of each variable and update it if necessary.

Finally, we submit the results.

By using a for loop and an if-elif-else statement, we can simplify the code execution process and save time and effort. This technique can be applied to any number of variables and any type of code.

So, the next time you need to execute the same code on multiple integer variables, give this technique a try and see the difference it can make!

---

📌 Source: reddit.com