WEBVTT 00:01.230 --> 00:02.120 Hello. 00:02.210 --> 00:03.450 Welcome. 00:03.450 --> 00:09.610 This section is the most interesting section in comes because it deals with the deserts. 00:09.720 --> 00:16.830 Now whatever some religion you do we need to present our results most interesting and efficient way 00:17.250 --> 00:22.760 so that if you can understand what simulation you have done and what are the results. 00:22.860 --> 00:27.120 So this is the most interesting part of any simulation. 00:27.120 --> 00:36.630 So in this uh discuss about the blood groups in my next video we'll discuss about the rest of the rebel 00:36.890 --> 00:37.920 groups. 00:38.130 --> 00:41.260 So what do you have in blood group in blood group here. 00:41.290 --> 00:41.870 Blood. 00:42.330 --> 00:48.600 So when you click on blood it will just blood any particular settings which you have which I'll show 00:48.600 --> 00:52.110 you later in this video. 00:52.170 --> 00:56.680 Also you can select the blood group. 00:56.910 --> 00:58.410 What do you have for example. 00:58.410 --> 01:00.510 I have three blood group. 01:00.510 --> 01:07.300 You can see one two and three these three blood groups can be shown here. 01:07.410 --> 01:13.840 Also you can add a 3D blood group which they already have and two deployed group also. 01:13.860 --> 01:18.840 And also one deployed group for example in this simulation. 01:18.840 --> 01:20.360 I have done a thermal simulation. 01:20.400 --> 01:26.010 Basically I have a block and a source and a sink. 01:26.040 --> 01:28.400 So this is the source. 01:28.410 --> 01:38.820 This is my block and this is the sink what I can do is I can have a 3D blood volume blocked or surface 01:38.820 --> 01:45.780 bra showing the temperature profile of the whole system or I can have a 2D plot of a slice or I can 01:45.780 --> 01:53.900 have a one day plot of a line passing through any surface our volume of this system. 01:53.910 --> 02:00.940 So this is how one day to the end 3D black looks like you can have polar plot and other parts. 02:00.960 --> 02:07.270 Also you can also have parameters if you want to see results. 02:07.800 --> 02:09.760 We have got plane. 02:09.990 --> 02:11.690 Now what is carbon. 02:11.820 --> 02:15.820 Basically this is a 3D object right. 02:15.840 --> 02:17.830 So what carbon does is. 02:17.910 --> 02:25.760 You can just cut a plane in the 3D or to the domain and see what the cargo plane looks like. 02:25.770 --> 02:31.920 For example if a cart through the center and I can see that what is the temperature profile of that 02:31.950 --> 02:34.980 cart and so on so you can have got point. 02:34.980 --> 02:36.380 You can have cart line. 02:36.390 --> 02:45.300 We can also cart 3D good point 3D and explain all that you can see the logo is quite descriptive of 02:45.540 --> 02:50.420 the options for example cut pain you have a plane inside a cube. 02:50.540 --> 02:55.420 Line is a line in a two dimensional space. 02:55.470 --> 02:56.270 Good point. 02:56.460 --> 03:00.710 It's like a spear in a cue card line it's just a line. 03:00.710 --> 03:03.120 That part is just a point in a square. 03:04.020 --> 03:11.590 So that's it no more data as it is basically a different type of data set for your result. 03:11.610 --> 03:13.400 You have tons of options. 03:13.410 --> 03:18.590 You have to the error evolution to the layered material surface at everything. 03:18.750 --> 03:26.250 Every kind of analysis you can do in this setup options and evaluate. 03:26.600 --> 03:30.540 So suppose you have an expression and you want to get the result. 03:30.990 --> 03:34.110 So this is just like compute in study. 03:34.120 --> 03:39.760 So you click onto evaluate and it will evaluate your given expression a vanishing clock. 03:39.760 --> 03:44.630 You can get like a folder inside that you can create individual evaluation. 03:44.630 --> 03:49.550 For example from temperature you can find some other value. 03:49.650 --> 03:56.340 Uh maybe if I have the surface temperature I can calculate the surface radiation and so on. 03:56.340 --> 03:58.190 Those can be done in evaluation. 03:58.590 --> 04:04.260 You can have point evaluation you can have global evaluation point evaluation that basically is localized 04:04.260 --> 04:08.690 evaluation global evaluation is throughout the whole domain. 04:08.700 --> 04:18.880 We have more drive um values you can integrate the results surface volume you can have the average and 04:19.260 --> 04:23.170 lot of things pretty much you can do any kind of analysis here. 04:23.190 --> 04:34.180 We have tables you can view the data plot mesh you can animate your results uh I'll show you later moment 04:34.390 --> 04:44.620 and also you can create a report like if I click on um animate and suppose that my simulation is time 04:44.620 --> 04:51.490 dependent then if I click on so frame what I will do is it will show the dessert at each time frame 04:51.850 --> 04:53.820 and then it will show like a movie. 04:54.220 --> 05:01.990 So if I have 25 different time and so we have pretty hard to print simulation for each time then it 05:01.990 --> 05:07.900 will create one second movie of those 25 frames. 05:08.320 --> 05:19.300 So that is the main idea behind animation now in my next video I'll go in detail about the uh plot and 05:19.570 --> 05:25.840 how do we actually visualize our plots in the dessert section. 05:25.900 --> 05:28.780 So basically we go through the to the plot. 05:28.960 --> 05:32.060 You can do similarly with to the end one day plot. 05:32.390 --> 05:34.500 Okay see you in my next video.