Hi, newbie here.

I have found a strange behaviour of the function below, particularly in the two bolded lines. It seems like the two vectors’ elements assume the last computed value at each i iteration, namely l[k].g_vel[i]

```
function Interpolate_Fields!(l::Vector{Layer}, number_of_layers, number_of_nodes, number_of_particles)
for k in 2:number_of_layers + 1
for i in 1:number_of_nodes
velocity = Float64(0)
thickness = Float64(0)
correction = Float64(0)
for j in 1:number_of_particles
radius =l[k].g_pos[i] - l[k].p_pos[j]
if (norm(radius) <= TWO * l[k].g_smooth_length[i] )
kernel_eval = W(radius, l[k].g_smooth_length[i])
thickness = +(thickness, l[k].p_weight[j] * l[k].p_thickness[j] * kernel_eval)
velocity = +(velocity, l[k].p_weight[j] * l[k].p_vel[j] * kernel_eval)
correction = +(correction, l[k].p_weight[j] * kernel_eval )
end
end
**l[k].g_thickness[i] = thickness / correction**
** l[k].g_vel[i] = velocity / correction**
end
end
println(l[2].g_vel)
println(l[2].g_thickness)
end
```

For example l[k].g_thickness[1] is supposed to be equal to 1.2 and l[k].g_vel[1] equal to 600, but actually 600 is returned for both of them in this case:

```
l[k].g_thickness[1] = thickness / correction
l[k].g_vel[1] = velocity / correction
```

and 1.2 is returned for both in this other case:

```
l[k].g_vel[1] = velocity / correction
l[k].g_thickness[1] = thickness / correction
```

Am I missing something?

Thanks

Luca