WEBVTT 00:01.250 --> 00:04.390 Welcome to being lean in this section. 00:04.460 --> 00:08.910 We are going to do many iterations through our model to the very end. 00:09.080 --> 00:15.740 Even though the lamp won't be built fully on many occasions later on rendering times just stellar you 00:15.740 --> 00:18.920 know are likely to be longer than the last section. 00:18.980 --> 00:25.070 We'll go into more detail in that in a moment and we'll be making in testing the lamp as we go to make 00:25.070 --> 00:25.700 sure it's lean. 00:25.700 --> 00:28.700 We'll go through all the processes one by one. 00:28.880 --> 00:32.870 So I'd like you to think about being lean for a moment. 00:32.870 --> 00:39.710 Think about the process of construction how it is made rendering what it's going to look like and rigging 00:39.710 --> 00:41.740 and animating how it will move. 00:41.900 --> 00:44.160 Now we haven't covered Reagan in animating yet. 00:44.270 --> 00:50.990 But just think about what constraints might you come across when you start moving your objects rather 00:50.990 --> 00:54.800 than just having a static why what problems can you envisage happening. 00:54.810 --> 00:57.010 I'd like you to grab a pen and paper and just think about that. 00:57.010 --> 01:01.010 Now write down a couple of questions that you think would be good to ask. 01:01.010 --> 01:03.890 So pause a video now and give that a go. 01:06.210 --> 01:07.140 Okay guys. 01:07.140 --> 01:08.400 Welcome back. 01:08.400 --> 01:14.020 Let's go through a couple of questions that I thought about during this process of thinking lean. 01:14.040 --> 01:21.090 So what happens if the lamp cannot move because something is in the wrong place or is obstructing that 01:21.090 --> 01:22.300 movement. 01:22.320 --> 01:28.860 So if you've gone ahead and made the entire lamp before actually testing this out you can have a much 01:28.860 --> 01:31.440 bigger task or even have to start again. 01:31.500 --> 01:35.540 And this lamp is going to be a very basic mechanical interaction. 01:35.610 --> 01:41.370 You could only imagine the length of time it may take you to recreate something that you would have 01:41.370 --> 01:43.680 spotted the problem immediately. 01:43.950 --> 01:47.100 Going through multiple iterations. 01:47.100 --> 01:52.860 So another question that I thought about was what happens if the lamp looks wrong or the lighting is 01:52.860 --> 01:53.760 incorrect. 01:53.760 --> 02:00.180 Now this isn't such a big problem with just a couple of materials in the scene that will be working 02:00.180 --> 02:05.540 on but without checking as she'll going whilst we can make the changes rather quickly. 02:05.640 --> 02:11.820 You'll be wasting a lot of yours and your computer's energy and why is that because rendering takes 02:11.820 --> 02:19.290 time and I can't stress enough sometimes a lot of time and we'll go into more details later on in this 02:19.290 --> 02:25.220 section of how we can cut down that render time and the differences you're going to experience. 02:25.500 --> 02:30.370 Okay guys remember to think Lane and I will see you in the next lecture.