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clear, close all;
clear, close all;
%This files aims at defining all the needed
parameters. Please refer to the
%array in the modeling page for the meanings.
global B
global b
global R
global D
global O
global g
global Ncell
global Next
Ncell = 1;
Next = Ncell*8 + 1;
B(1,1)=50;
B(2,1)=1200;
B(3,1)=600;
B(4,1)=100;
b(1,1)=0;
b(2,1)=250;
b(3,1)=300;
b(4,1)=350;
R(1)=20;
B(5,1)=0.01;
D(1,1)=2;
D(2,1)=2;
O(1)=1;
g(1) = 1;
g(2) = 1;
g(3) = 1;
g(4) = 1;
g(5) = 1;
g(6) = 1;
g(8) = 1;
g(Next) = 1;
for k=2:Ncell
B(1,k)=noise(B(1,1));
B(2,k)=noise(B(2,1));
B(3,k)=noise(B(3,1));
B(4,k)=noise(B(4,1));
b(1,k)=noise(b(1,1));
b(2,k)=noise(b(2,1));
b(3,k)=noise(b(3,1));
b(4,k)=noise(b(4,1));
R(k)=noise(R(1));
B(5,k)=noise(B(5,1));
D(1,k)=noise(D(1,1));
D(2,k)=noise(D(2,1));
O(k)=noise(O(1));
g(1+8*(k-1)) =
noise(g(1));
g(2+8*(k-1)) =
noise(g(2));
g(3+8*(k-1)) =
noise(g(3));
g(4+8*(k-1)) =
noise(g(4));
g(5+8*(k-1)) =
noise(g(5));
g(6+8*(k-1)) =
noise(g(6));
g(8+8*(k-1)) =
noise(g(8));
end
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