WEBVTT 00:00.330 --> 00:06.030 And this lesson and we're going to begin skinning the model to the rig and skinning is a process by 00:06.030 --> 00:13.050 which we parent the bones to the rig in several different ways. 00:13.050 --> 00:15.270 We can do straight parents, we can do constraints. 00:15.630 --> 00:19.050 But for skinning, that is actually a very specific term. 00:19.290 --> 00:21.460 And there's entire menu up here just for skinning. 00:21.840 --> 00:28.350 So we bind the geometry to the joints and we'll get into that a little bit later. 00:28.350 --> 00:29.760 But I'm going to start a little more simple. 00:29.770 --> 00:36.270 First, let's go back and let's go down to the feet and let's start from the feet and move up along 00:36.270 --> 00:36.750 the body. 00:37.450 --> 00:43.590 So when we look at the feet and we look at how we've set up the rig, it's pretty it's pretty straightforward. 00:43.590 --> 00:44.370 It's pretty basic. 00:44.370 --> 00:44.670 Right. 00:44.940 --> 00:46.620 We have two pieces that are going to move. 00:46.920 --> 00:53.070 So for that reason, we can just parent this to the rig or to the joints itself. 00:53.550 --> 00:57.720 But we want to make sure that we choose the right joint member, this joint that we made that we have 00:57.720 --> 00:59.340 this individual control over. 00:59.640 --> 01:02.100 So we want to make sure that we we parent it to this joint. 01:02.100 --> 01:04.260 It's called Left Football I. 01:04.410 --> 01:13.560 D so I can copy that and I can just hit zero on this to zero back out and I can actually search for 01:13.560 --> 01:21.360 that in the outliner if I pace that in and we should see something pop up, if it doesn't immediately 01:21.360 --> 01:23.880 pop up, you can just toggle this down. 01:24.810 --> 01:30.750 And if that wasn't already all the way down, a quick way to toggle the entire hierarchy is to hold 01:30.750 --> 01:34.620 down, shift and click and that'll toggle the entire thing. 01:35.870 --> 01:39.140 And we can see that it's down here at the bottom, all right. 01:40.120 --> 01:43.990 It's hard to see because it's right on top of another joint, so it looks like we don't have anything 01:43.990 --> 01:48.740 selected, but if we use, isolate, select, we can see we do indeed have a joint selected. 01:49.090 --> 01:55.450 So with this geometry selected, let's command click in the outliner on that joint and hit hip. 01:57.700 --> 02:03.040 Now, if we move this control around, it's actually moving the geometry. 02:03.380 --> 02:09.280 We can test this out with the foot roll rig that we created as well, that it is indeed moving. 02:12.000 --> 02:12.430 Cool. 02:12.870 --> 02:17.610 So we're basically going to follow that same method throughout the rest of the body so we can find these 02:17.610 --> 02:21.810 joints and apparently geometry to the joint, the corresponding joint. 02:22.320 --> 02:27.130 So now we did the rest of the foot and we have the foot roll for the entire foot. 02:27.150 --> 02:32.300 Now, I'm just going to turn off the joints so we can see the geometry now a little bit better. 02:32.820 --> 02:33.440 So check that out. 02:33.450 --> 02:40.200 We actually have the geometry working and it's following along with the rig as we would expect it to. 02:41.310 --> 02:41.880 It's pretty cool. 02:42.810 --> 02:52.080 So now we seem to do that for the rest and we can go through here and at P select the child first and 02:52.080 --> 03:00.630 the parent happy and then always kind of like to check everything is working and the kneecap might be 03:00.630 --> 03:01.350 something. 03:02.160 --> 03:05.850 Let's let's see if that is the on the top joint or the bottom joint. 03:06.360 --> 03:09.990 Let's parent both of those up and see how the knee responds. 03:09.990 --> 03:12.150 We might need to do something special with that. 03:12.150 --> 03:12.930 Let's find out. 03:15.050 --> 03:19.580 In general, we we're going to need to fix the knee, we might need to do this, this might come up 03:19.580 --> 03:25.280 a couple of times in this regard and there's a couple of different ways that we could solve this problem 03:25.640 --> 03:35.720 where the joints, the the model is crashing into the joint above it when the angle gets too close together 03:35.750 --> 03:36.350 like that. 03:38.210 --> 03:40.110 So let's go ahead and fix that. 03:40.580 --> 03:41.790 All right, I'll see you the next lesson. 03:41.810 --> 03:42.470 Thanks for watching.