WEBVTT 00:01.300 --> 00:01.780 Hello. 00:02.410 --> 00:11.840 So in this last video of definitions we'll talk about coding system defined mesh optimization and view. 00:11.860 --> 00:19.290 Firstly let me tell you I do not have much idea about the infinite element domain and perfect mass domain. 00:19.930 --> 00:21.550 But let's see. 00:21.550 --> 00:22.480 Let's discuss. 00:22.480 --> 00:28.300 I try to say whatever I know at this moment so called next system. 00:28.300 --> 00:31.920 What is the use of coordinate system. 00:31.910 --> 00:41.560 Now for example I am working on a particular kind of radio frequency so far that I need a curved coordinate 00:41.560 --> 00:44.860 system which is a parabolic in nature. 00:44.920 --> 00:51.710 So by default console uses a spatial coordinate system are collision coordinated system. 00:52.060 --> 00:55.360 But you can tease the coherence system according to your wish. 00:55.660 --> 00:58.820 So that is the use of cornered system. 00:58.840 --> 01:02.030 What is the use of moving mesh and defined mesh. 01:02.110 --> 01:10.560 Now I'll explain you explain your using diagram for example you have a Ice Cube. 01:10.740 --> 01:11.360 Okay. 01:11.590 --> 01:20.570 We just laying on a hard surface and uh suppose this is a hundred degrees Celsius and the ice is about 01:20.600 --> 01:23.090 five degrees Celsius minus five degrees Celsius. 01:23.090 --> 01:30.140 Suppose what would happen is timing gives us the geometry will deform as well as the mesh deformation 01:30.170 --> 01:31.520 will be there. 01:31.520 --> 01:35.570 So this thing will be getting flatter and it will melt. 01:36.260 --> 01:40.450 And also the geometry will grow smaller and smaller. 01:41.270 --> 01:49.820 So in this kind of simulation with moving mesh is involved as well as the geometry size genius in these 01:50.000 --> 01:57.440 kind of cases we have to use moving mesh deform geometry so these features are used in case of simulation 01:57.440 --> 02:02.530 where there is a dynamic teens in mesh or it's energy. 02:02.640 --> 02:10.140 Okay so this is the over idea of deformation in optimization but not a what's idea about the optimization. 02:10.270 --> 02:15.360 So sorry that I won't be able to help you much view now. 02:15.670 --> 02:16.810 What is the use of Phew. 02:17.410 --> 02:18.980 Okay I'll tell you. 02:19.060 --> 02:26.940 Suppose um you want to How do I explain this. 02:27.120 --> 02:30.480 Uh let me think the best possible way to explain this. 02:30.520 --> 02:46.440 So for example you are having a block Okay so one by one by one little bit height one but you are starting 02:46.440 --> 02:53.660 a property that you need to stretch one of the axis for example if this is one meter one meter. 02:53.670 --> 02:59.190 You weren't easy access to be in the order of centimeter. 02:59.190 --> 03:07.140 So how to do that in those kind of cases where you need to stretch your axis or rotate your axis or 03:07.170 --> 03:10.120 do any sort of all these transformations. 03:10.140 --> 03:13.900 You have to use the viewfinder. 03:14.610 --> 03:20.790 Also you see when we click on camera you have different options such as lights part light haired light 03:20.790 --> 03:25.230 and all those things that basically view is used. 03:25.620 --> 03:31.300 How the user will view the model of the simulation result. 03:31.410 --> 03:40.310 So mostly the graphics part of the console multi physics software is under the view section. 03:40.350 --> 03:41.050 Okay. 03:41.220 --> 03:47.100 A man axes will go in depth about geometric so goodbye for now. 03:47.100 --> 03:48.950 See in my next video.