I have a list of 1000 lists, each comprising 100 pairs of numbers, with the first of these numbers running from 1 to 100, and the second being an output from an equation, dependent upon variable G.
Each list gives the results of an equation over 100 time periods (the 1-100 bit), for variable G in my equation taking each whole value between 1 and 1000 (hence 1000 lists).
I also have the following Net Present Value code:
I can make r equal to one of my 1000 lists, and one which ignores the first number in each pair (the 1-100 numbers). Thus r can be specified as a list of 100 numbers corresponding to an output over time for a given value of G. The NPV code discounts these outputs relative to their position in the list (the first output discounted by d, the second d^2 and so on.). ex is also a function of G, so I can input the same value for G that corresponds to the list I have chosen for r, and turn this into a list of 100 numbers. These figures are likewise discounted as above. Thus if I make r equal to the list output when G = 200, I can plug 200 into my ex equation. I can therefore calculate the NPV for any specified value of variable G, when T = 100, and when I also pick a value for d.
However, what I am trying to do is plot the NPV results across all values of G between 1 and 1000, for T = 100, ex = 50000*G, and d = 0.05.
Any ideas how I make that work with my NPV code?