Not really. The only -- one thing that is different though is that we did drill our longest lateral to date. We just finished the McCourt 2-28 [ph]. And that lateral was 9,485 feet long. The total measured depth was over 17,000 feet. So as compared to, say, a 6,000-foot lateral, that's going to be 50% more frac cost. So the good news is, though, it's going to be 50% more EUR. And that well, I might mention, we used rotary steerable on that. And that's been -- that's good for a number of reasons. One is that we put the rotary steerable in. We built the curve with it and went to TD in 6 or 7 days, and we were making about 2,500 feet per day on the last couple of days after building the curve. Now that's a good thing. Actually the break-even cost point is around 6,000 to 6,500 feet of lateral length. But when you use the rotary steerable, obviously, it's rotating all the time so you keep the hole cleaner, which means that you're going to get a better cement job, which means you'll get a better frac job, which means that should gain you IP and that should gain you rate. And the other thing is we can keep -- we have a target zone that's about 1/3 of the way up from the bottom of the Point Pleasant. And conventional tools sometimes, we're off 10 to 15 feet away from that above or below it, particularly, after you make -- right after you make your curve. But with rotary steerable, you can hit that target point. You can stay within a foot or 2 of that the whole away. So geologically, we're keeping our hole in the real sweet spot. So we may actually start using the rotary steerable on the wells that are less than 6,000 feet. We don't drill many of those, but even though it might cost you a few more dollars, and it's not that much more when you drill the lateral, we think the IP rates and the EURs are going to be improved enough to more than pay for that extra cost. So that -- but one thing that's been different, the cost per foot is pretty much like we thought, but we are drilling some longer laterals with more feet.