start = .25
ending = 2
steps = 10000
e = linspace(start,ending,steps);
NOISE = 0;
while (1+NOISE) < 1000;
X = round(20.*rand(1,10)).*(.48+(rand*(NOISE/1000)*(-1)^(-round(rand))));
n1 = X(1)./e;
n2 = X(2)./e;
n3 = X(3)./e;
n4 = X(4)./e;
n5 = X(5)./e;
n6 = X(6)./e;
n7 = X(7)./e;
n8 = X(8)./e;
n9 = X(9)./e;
n10 = X(10)./e;

K = ((n1-round(n1)).^2+(n2-round(n2)).^2+(n3-round(n3)).^2+(n4-round(n4)).^2+(n5-round(n5)).^2+(n6-round(n6)).^2+(n7-round(n7)).^2+(n8-round(n8)).^2+(n9-round(n9)).^2+(n10-round(n10)).^2);
[C,I]=min(K);
V(NOISE+1) = .25 + I*((ending-start)/steps);
NOISE = NOISE+1;
end
Nose = linspace(0,998,999);
plot(Nose,V)
hold
y=.48.*ones(size(Nose));
plot(Nose,y,'red')