This overlays droplets ontop of eachother

A = RA0132a0g2

%Locate droplets
drop1 = A([668:4156],[1 2])
drop2 = A([6205:9693],[1 2])
drop3 = A([12861:16349],[1 2])
drop4 = A([18679:22167],[1 2])
drop5 = A([24500:27988],[1 2])

%Convert Tables to Matrices
drop1 = drop1{:,:}
drop2 = drop2{:,:}
drop3 = drop3{:,:}
drop4 = drop4{:,:}
drop5 = drop5{:,:}

drop1mod = drop1;
drop2mod = drop2;
drop3mod = drop3;
drop4mod = drop4;
drop5mod = drop5;

%Average droplet elements to create single average matrix
meanMatrix  = (drop1mod + drop2 + drop3 + drop4 + drop5)/15;
meanMatrix2 = meanMatrix

i = 3489;
j = 0;

for r = 1:i
        meanMatrix2(r,1) = j;
        %Overlap all droplets
        drop1mod(r,1) = j;
        drop2mod(r,1) = j;
        drop3mod(r,1) = j;
        drop4mod(r,1) = j;
        drop5mod(r,1) = j;
        j = j + 0.00005;
end

figure;
x = meanMatrix2(:,1);
y = meanMatrix2(:,2);
p = plot(x,y, 'r')
p.LineWidth = 3;

hold on

y2 = drop1mod(:,2);
plot(x,y2)

y3 = drop2mod(:,2);
plot(x,y3)

y4 = drop3mod(:,2);
plot(x,y4)

y5 = drop4mod(:,2);
plot(x,y5)

hold off