Well, the short answer is we don't know yet because all we know is the net result of the test. We processed 44,000 tonnes at a rough grade of 0.1 ounces per tonne, which is 3 grams. So when we say low grade, it's low grade relative to the 8 grams per tonne that is the average grade. So we have to sort of put that in context. But you're right in the sense that we're doing this test to see what that marginal ore would be like if we just blended it with Fort Knox. And it is oxide material. And there's a fair bit of this low-grade material because you have to go back to the original mine plan, the feasibility study mine plan, and that was done at a $1,400 gold price, what, 3 years ago or so. So obviously, with the gold price, it's down today kind of hard, but it's still above $4,000. That's just a different mine plan. And so testing this low-grade roughly 3-gram material is the start of taking a look at how -- is there another way of working on processing this low-grade material, just blending it with Fort Knox. And so the Fort Knox ore, which is much, much lower grade, is somewhere in the 0.6, 0.7 grams per tonne. That's the typical Fort Knox ore. And it's not really oxide ore Fort Knox. It just doesn't have any sulfide. So taking our oxidized low-grade 3-gram material and blending it, when you're doing that, you're running the mill at 2,500 tonnes a day. That's when they run the mill for Fort Knox, that's what you're doing. When we run it for Manh Choh on a batch basis, it's down at 10,000 tonnes a day. So it's looking for those economies of scale. We don't have the results for all that and the consumables and the cost, the power costs, all the details of what go into determining your milling cost. But in the next month, we should have those and we'll make some decisions on going forward if this is -- this makes sense to process this low-grade material on a blended basis versus just a batch basis. But the batches will continue. That's on higher grade and -- we're down in the sulfide part of the... So the material we're talking about is all sitting on the surface in stockpiles, the oxide, the low-grade oxide. Does that make sense?