Simulate Rectifier Circuit with inductive and voltage loads

Greetings I am trying to simulate the current through an inductor in a circuit ( See picture. )

The current formula is 169.7*sin(367*t) = 367*(1e-3)* di/dt

I have the intersection of the voltage on the load and vs plotted but cannot figure out how to get the current wave form which is the darkened in one. A fairly common power electronics problem but I cannot figure out how to do in with code

Here is what I have

t = 0:0.01:(2);
Vst = abs(169.7*sind(367*t));
Vd = ones(1,201)*120;

plot(t,Vd,'b')
hold on
plot(t,Vst)

[X0,Y0] = intersections(t,Vd,t,Vst,1)

t_mod = zeros(1,201);
for ii = 1:201
    if(t(ii)<=X0(1,1) | t(ii) >= X0(2,1))
        t_mod(ii) = 0;
    else
        t_mod(ii) = Vst(ii)-120;
    end
end

I = zeros(1,201);

id = (16.97).*cos(t_mod); % this is where I fail

 the intersection program is from the 
http://www.mathworks.com/matlabcentral/fileexchange/45095-multi-view-intersection

Awesome program and I have used it many times

Could someone please help get to the very end

Thanks!