How can i reduce the powers of all plotted functions to 0

Let's say I am calculation different functions, which converge to a certain value, depending on a Value - N that I regulate. I want to plot these function in the same graph.

My problem is that the function is based on the determinant of a Matrix, it recieves very big values if i increase my value N. That's why I want to keep the function ratio, but reduce all the powers to 0, showing the relationshow between each function in the same graph.

If I don't change the power to 0, it looks like this for all plotted functions:

For the first value I plot it looks like this:

and for the second value I plot, like this:

and so on...

To sum it up - The problem is that my plotted functions gradially become bigger, when the value of N increases, which, when comparing all of them in the same graph, makes all but one function look like a straight line. This is why I want to change the power of the function, to 0 to match the first graph (N=0) but still keep the ratio of the function.

[Guillaume]

What do you call the power of a function?

[Emil Nilsson]

The power of the functions depend on the determinant value of the Function matrix I calculate. SInce the determinant value quickly rises to very high numbers, given a higher number of N, the functions are not comparable in a graph. Given that, I have not called the power of a function anything, it is simply a recieved value eg. 10^134 in the combined graph, and 10^2 in the first one.

What I want to do, is implement a code that, divides the given values, with its power, eg.

if N = 32 is 10^134, I want to divide all values in that function with 10^134, and if

N = 2 is 10^2, I want to divide all values in that function with 10^2.

Answer 1

[Stephan]

one approach using string arrays:

number = exp(100)
a = split(string(sprintf('%e',number)),"e+");
b = double("1e+" + string(a(2)));
result = number/b