Joseph Scott Morgan

So with projected blood, you'll see these little tails that come off of the actual blood droplet itself as it's flying through the air and it gives you an idea of direction.

Nancy, this is something...

These blood droplets that you're seeing here are something that probably have fallen from a reasonable height, maybe in the three foot range, and they're dropping straight down and impacting the ground.

Do you see this area right here that we're looking at right now with this walkway?

Those blood droplets appear very uneven.

Those can be easily misinterpreted.

Well, the reason they're uneven is because that's not a smooth surface.

But you get up onto the stoop there, and you've got this area where you have this kind of ceramic tile where it's a very kind of even surface.

There's a lot to be interpreted here.

We know that that's her blood.

They've commented on that.

So what would have to happen is she must be moving.

All right.

Or her body, her person is being moved.

Let me rephrase that at least a three foot height.

And this blood is is free flowing through the air.

That's what we call gravitational drop.

And it's the positive right there.

This is not like when we think about classic blood spatter.

You and I have talked extensively about things like cast off and all these things, this dynamic.