Okay. Yes. We’ll do that. Sure. Yes, exactly. So basically the current LNG production is 246 million tonnes and that’s based on 214 volumes. Then we have made a forecast of how much production we believe will be added incremental to the current production volumes by 220. And by including the majority – by including several Australian projects and also U.S. exports project, and some Russian and other Southeast Asian volumes, we come up with the number 156. In particular from Australia we are factoring in the Queensland Curtis, Gladstone, Asia Pacific LNG, Wheatstone, Gorgon, Ichthys and Prelude. And from the United States in particular including Sabine Pass, Cameron, Freeport, Lake Charles, Cove Point and Corpus Christi. And that really account for quite a lot of the 156 incremental volumes. What we also wanted to look at from a risk perspective and what I mean by that, I mean that what are the chances of these 156 million tonnes actually reaching the market. Now one thing that we wanted to look at was that well, how much of the 156 million tonnes, I mean, how much of that is actually under construction right now or you know if you look at all projects worldwide for LNG production, how much is under construction. Well, we’ve been given the figure that 124 million tonnes equivalent is under construction right now. Then we also looked at well, all the new projects how much of that is basically sold, that means, that they have sale purchase agreement in place or have an off take agreement, and the result is that 136 million tonnes are sold or retained by the developers, which we feel is a good high number compared to 156 million tonnes in total to be produced. So, what we did was that we also – we multiplied -- well, we add on – we added the current LNG production which is 246 with a total expected incremental LNG production which is 156. Then we get to the number of 402 million tonnes by the end of 2020. We’ve multiple that by the factor of 1.65 LNG Carriers per million tonnes, because that is what we estimate is needed to carry 1 million tonne of LNG. Then we get to implied total LNG Carrier demand of 663 vessels. When we then estimate that the market in the future will then need 663 vessels in total, well, then we see out of though how much that the existing fleet cover of that and how much that the order book cover that and then we see on slide 15 on the right hand side that about 112 vessels, you know, basically the market going forward could be short of 112 vessels taking into account this production quantity. Does that make sense?