WEBVTT 00:00.060 --> 00:07.380 So we already implemented fully what we'll try to do is we'll try to use our flager, OK, and we'll 00:07.380 --> 00:09.510 try to build a repository out of it. 00:09.590 --> 00:16.400 OK, and here will not be using structural modeling state of. 00:17.670 --> 00:24.030 As we did in that previous case, when we are using an hufford, that is we are performing a good mapping 00:24.240 --> 00:27.030 and then we are creating an individual instance. 00:27.060 --> 00:34.080 Finally, we are also connecting the different components in it will can help of and we are to be integrated 00:34.080 --> 00:35.400 and see an entire floor. 00:35.640 --> 00:38.750 So this is a typical structure that we have for holiday. 00:38.790 --> 00:45.330 So as we proceed further with the help of Destructoid, so try to understand any type of and we are 00:45.330 --> 00:48.230 to be integrated and that really helps to build. 00:49.430 --> 00:57.530 Are much bigger design together without worrying much about the signals defined and undefined. 00:57.770 --> 01:00.020 OK, so let's start with the block design. 01:00.380 --> 01:04.640 OK, so this is the first step that you need to follow when you wish to use. 01:04.640 --> 01:05.920 And we able to integrate. 01:05.990 --> 01:10.040 We can use the same name or you can choose the name if you wish to. 01:14.970 --> 01:20.430 So here you'll be finding you'll get a canvas where we can actually work with the schematic. 01:20.460 --> 01:22.860 OK, so one way around is writing a visual. 01:23.070 --> 01:26.400 So this is a text based way of specifying a design. 01:26.410 --> 01:29.190 The other way around is by specifying a schematic. 01:29.210 --> 01:37.160 Right now for a full hour, you can create your own IP and then you can use an app that is also possible. 01:37.170 --> 01:45.320 But that part will be keeping for an IP section, then will be specifically discussing about an IP here. 01:45.360 --> 01:52.680 What we'll do is if you just drag the ideal good onto a canvas, you'll be finding it automatically 01:52.680 --> 01:54.690 create an awful other instance for us. 01:54.700 --> 02:01.020 So this is the new feature, which is added after 2017 version where you can directly play Sonatine 02:01.020 --> 02:05.120 modules and then you can look around with and we are going to integrate. 02:05.150 --> 02:05.400 Right. 02:05.760 --> 02:08.070 So for such instances we required. 02:08.100 --> 02:09.560 This is our first instance. 02:09.570 --> 02:12.330 We just copy will be stutt full time. 02:12.360 --> 02:13.890 So full, full added. 02:13.890 --> 02:16.410 We require to build a full picture. 02:18.090 --> 02:22.370 So this is our first full and then we have a second order. 02:22.410 --> 02:23.950 Then we have our third folder. 02:24.210 --> 02:30.780 And then finally of Fullard right now, try to understand an entire procedure in greater detail so that 02:30.780 --> 02:31.770 you have a good idea. 02:31.770 --> 02:32.010 Right. 02:32.220 --> 02:38.010 So we'll just keep a schematic with us also so that this will help us to perform the connection. 02:38.310 --> 02:44.390 OK, so you'll be finding we have easy to V0 as an input to our left Fullard. 02:44.820 --> 02:50.230 OK then some of the country's been said to the Cardinals next Flat-Rate. 02:50.370 --> 02:51.720 So this is the simplest thing to. 02:53.340 --> 02:58.830 So when you you are using an outdated model, the convention that we follow is on the left side, you 02:58.830 --> 03:03.950 have all the input put on the right side, you have all allowed people to be finding some and carry 03:04.800 --> 03:11.040 report, which are specified on the left side of the diagram, which has been created on the left side 03:11.040 --> 03:13.680 of the block, which is an octave. 03:14.430 --> 03:16.760 And on the left side you have an input. 03:17.400 --> 03:24.370 So what we want is the Cadieux Ogiek from the previous to it should go to the carrying of the next stage, 03:24.900 --> 03:29.210 will just click on this and then we will just connect. 03:29.610 --> 03:32.340 So this is simply connecting the two. 03:33.310 --> 03:34.260 Put together, OK? 03:34.300 --> 03:36.700 So you just click on the pool and then you. 03:37.780 --> 03:42.700 Select the desired food where you want to concentrate, so similarly, this one is. 03:44.380 --> 03:51.790 How you achieve the connection between the from previous teach to the carrying of our next story, now 03:51.820 --> 03:58.840 this will become Arcadio writes this We want to be on board, so we just click on Open and you select 03:58.840 --> 04:00.460 Mique External, OK? 04:00.500 --> 04:05.420 So as soon as you make external defining default, you get some Nymagee. 04:05.500 --> 04:12.220 So here you'll be finding we get animacy in the school, but we want to have this Demasi out for that 04:12.220 --> 04:14.030 you just need to go back to are. 04:14.650 --> 04:16.310 So this is the schematic that we have. 04:16.330 --> 04:20.860 You just click on this option, zoom it so you'll have an entire schematic for it on the canvas. 04:21.280 --> 04:23.430 Select or click on, OK. 04:23.470 --> 04:27.760 And then here you get the properties where you are allowed to change the name. 04:27.770 --> 04:29.830 So we just select the name. 04:31.630 --> 04:40.210 OK, and then we just see out in the speech in the place of CNN and we'll hit into the fighting automatically, 04:40.390 --> 04:41.880 this represents. 04:42.380 --> 04:46.400 Right, we want to have although some say. 04:46.630 --> 04:46.940 Right. 04:46.970 --> 04:56.490 So we will destroy it and we'll make the right click and meekest will right click and you'll just meet 04:56.490 --> 04:57.700 to extend it. 04:57.910 --> 05:00.790 Similarly for this also will make it extend. 05:02.160 --> 05:02.560 Right. 05:02.790 --> 05:05.010 So this is our LSP. 05:06.940 --> 05:13.950 So this should represent some detail, so we just select the net will go in here and will you name this 05:13.960 --> 05:16.490 as a seed will hit enter? 05:16.960 --> 05:20.440 Similarly, the next song will become his one. 05:20.440 --> 05:24.730 So we'll just select Kaputt and we'll change it to Esswein. 05:26.600 --> 05:29.660 Similarly, next board will be changing to eschew. 05:31.470 --> 05:34.980 OK, and then we have a lawsuit will be naming a dozen. 05:36.570 --> 05:38.070 This makes sense, right? 05:38.490 --> 05:49.620 So we have full sum and then we have also right now, we also want to make all the E and B Exton, along 05:49.620 --> 05:51.110 with C just right. 05:51.120 --> 05:53.630 Click MC External right. 05:53.640 --> 05:55.350 Click Megson. 05:55.590 --> 05:57.360 They click make Exton. 05:57.360 --> 05:57.620 Right. 05:57.660 --> 05:59.910 So this should be easy to. 06:02.240 --> 06:05.480 They should be busy, too, and then they should be. 06:07.760 --> 06:11.670 See, right, so now I'll try to make a report externally. 06:11.870 --> 06:12.200 OK? 06:21.720 --> 06:27.750 So I have completed my schematics, you will be finding for a first Falletta, we have input as easy 06:27.750 --> 06:34.170 to be seen then for the next flight that we have even been and the Cadieux from the previous just to 06:34.950 --> 06:35.820 the next train. 06:36.180 --> 06:39.830 Similarly for the next flight, we have to we do our last flight. 06:39.840 --> 06:45.480 We have three right now, this computer schematic, this representative of Bulgaria. 06:45.630 --> 06:51.630 So once you are schematic is ready, what you do is you need to perform, validate, design. 06:51.660 --> 06:58.320 So what this will do is this would check with the critical collection which are present inside an IP 06:58.370 --> 07:04.530 or the instance of an ideal model that we have created with all the connections being connected to their 07:04.530 --> 07:08.730 respective or whether there are any incorrect connections. 07:08.780 --> 07:10.080 So that is really helpful. 07:10.350 --> 07:16.050 Before you actually understand and remember that the navigator that we have here inside, we want to 07:16.100 --> 07:16.950 work on it. 07:18.270 --> 07:24.870 So even though we have created a schematic, but finally we are required to still call on which the 07:24.870 --> 07:27.240 entire floor will be performed. 07:27.250 --> 07:27.470 Right. 07:27.750 --> 07:28.200 So we'll just. 07:28.200 --> 07:28.380 Right. 07:28.380 --> 07:29.290 Click on the design. 07:29.340 --> 07:32.120 This is the design that we have created and this is the design. 07:32.130 --> 07:32.800 So we'll just right. 07:32.820 --> 07:34.020 Click and create and still. 07:34.350 --> 07:39.830 So this is how you transform your schematic to the visual cortex. 07:40.950 --> 07:48.000 And once we have a deal with then the entire steps that you'll be finding enough navigator can be performed. 07:48.130 --> 07:48.500 OK. 07:50.790 --> 07:56.340 So one side designed that, but now we'll be finding this is the new reality, which is basically a 07:56.340 --> 08:03.030 version of this design that we have created in refining, it consists of a design and then we do not 08:03.030 --> 08:04.650 need to understand much about this. 08:04.740 --> 08:09.250 What we'll do is we just said this so that we'll be able to perform a simulation like. 08:11.690 --> 08:17.560 So once we set design that put in a design source, we also need to set designers at the top in a simulation. 08:17.720 --> 08:24.020 So we'll just go to a simulation so we will select a design, one output and we'll set it up. 08:24.320 --> 08:28.980 So once that is done, you go to run simulation and perform or behave in submission. 08:29.090 --> 08:36.170 OK, so here will understand how we march single to create a buzz and that will really help us to easily. 08:38.140 --> 08:41.230 Work around with, like a bit like this. 08:46.020 --> 08:48.400 So now you'll be finding we have easy to even eat. 08:49.050 --> 08:55.470 So we want this as a single input for food better so 80 percent of weight and we'll just select them, 08:55.920 --> 08:56.130 WILL. 08:56.130 --> 08:56.370 Right. 08:56.370 --> 09:01.940 Click And then you have a new virtual option. 09:02.340 --> 09:07.870 So we'll just select and take on new virtual bus and we'll just deem it as any. 09:08.430 --> 09:16.320 So now you'll find that you have a OK where you have all the food signals or all the food that's been 09:16.320 --> 09:16.640 present. 09:16.650 --> 09:17.610 Now, if you just select. 09:21.990 --> 09:29.910 OK, so now we understand how we manage this single put together so that we get to correct but Bulgaria, 09:29.910 --> 09:32.050 that we are expecting that the input will be fulfilled. 09:32.340 --> 09:37.370 But here in the design that we have created, we have a single single bit off of the pool. 09:37.380 --> 09:38.700 So we'll just select the four. 09:39.000 --> 09:40.470 Easy to invite you to. 09:41.590 --> 09:46.990 So selectees zero Evony, 23, will right click and then we will select. 09:48.000 --> 09:48.650 Newgroup. 09:50.230 --> 09:52.400 OK, and then we'll just name this as. 09:55.330 --> 10:00.610 So let us try to understand how we perform a simulation, OK, so we have an individual easily when 10:00.610 --> 10:08.530 you do it similarly be when we do NBT and see, OK, so you can either editors or you can use of force. 10:08.830 --> 10:12.820 So I just use a false clock, OK, one two zero of different clock. 10:13.520 --> 10:16.240 So for spirit that we have hundred. 10:21.600 --> 10:24.720 For next, when we have chosen two hundred nine. 10:29.450 --> 10:38.420 For the next one, we will choose the nanosecond for lost will just choose one zero and let's use it 10:38.420 --> 10:40.110 to be three hundred nine. 10:40.520 --> 10:42.880 OK, we'll be finding we have multiple signals. 10:42.890 --> 10:44.690 So this could be a good idea. 10:45.020 --> 10:48.620 But let's just proceed with the method that we have chosen so far. 10:48.620 --> 10:50.210 Be one, two. 10:54.320 --> 10:56.130 For Racine, Wisconsin. 10:56.200 --> 10:56.480 OK. 10:57.580 --> 11:00.010 And now if you just try to execute a simulation. 11:01.340 --> 11:04.100 They'll be filing a three month all over the country. 11:05.000 --> 11:08.750 So now you'll be finding it is very, very difficult to analyze the results. 11:08.780 --> 11:11.990 OK, because we have an individual signal and an individual. 11:12.310 --> 11:18.320 But if you are unable to merge them together as a first, then analyzing it as it will become very, 11:18.320 --> 11:18.950 very easy. 11:18.980 --> 11:21.390 OK, so we'll try to understand how we perform that. 11:21.680 --> 11:25.700 OK, so will we want to basically merge easily? 11:25.700 --> 11:32.330 We need to eat three of us, so we'll just select e0, then we'll click shift and the down arrow to 11:32.330 --> 11:34.150 select really when you do it. 11:34.220 --> 11:41.380 OK, so choose an easy to press button down arrow and that will allow us to select easily. 11:41.390 --> 11:44.060 We need to eat selected. 11:45.360 --> 11:53.880 Shift down at once, you select all the individual word that you want to watch as a bus, right click 11:53.880 --> 11:57.110 and then you find of a new Chilvers option. 11:57.120 --> 11:58.970 So you just click on that, OK? 11:59.160 --> 12:05.090 At the very bottom, you'll be finding the actual best option and then you just name the virtual brzeski. 12:05.430 --> 12:13.060 OK, so once you give a name to a bus, you'll be finding now the full or or of individual signals of 12:13.080 --> 12:14.550 emerge and then we get to good. 12:14.820 --> 12:20.640 Now, if I just choose the relics to an unsigned decimal, I can easily figure out the result of the 12:21.090 --> 12:22.130 first letters of the. 12:22.530 --> 12:23.370 But there it is. 12:23.370 --> 12:26.650 And so observing five. 12:26.950 --> 12:33.420 So if you just click on this arrow on the bus, you'll be finding that if you just click around here, 12:33.420 --> 12:38.970 you have E three as one, even as one and then Zardozi. 12:39.540 --> 12:42.900 So here you'll be finding three is considered as an alias. 12:43.290 --> 12:45.150 And for that reason you outfight. 12:45.150 --> 12:46.950 But we do not want that. 12:46.950 --> 12:48.360 We want to venomously. 12:48.360 --> 12:50.260 So we want to reverse a bit on OK. 12:50.520 --> 12:56.480 And that can easily be done by just selecting a again right click and then you have a reverse bit on 12:56.790 --> 12:57.820 this once you do that. 12:57.840 --> 13:04.330 Now you correctly find that is because one zero one zero is 10 and we are getting that rate. 13:04.350 --> 13:09.090 So this is how you use the different features that we have, then will again select V0. 13:10.630 --> 13:11.350 They click. 13:12.600 --> 13:14.580 And at the bottom, you have. 13:17.020 --> 13:24.880 New virtual, so just selected will just name it as we and then we will see whether we get characters. 13:25.000 --> 13:28.660 So we will just observe seven for seven. 13:28.870 --> 13:30.430 I'll be noticing that. 13:31.750 --> 13:39.690 We again have 3000 LSP, but we want to win and we we'll just right click and reverse order and now 13:39.700 --> 13:42.160 we have a great scene. 13:42.370 --> 13:43.680 We want to be a single bit. 13:43.690 --> 13:46.150 So that is not a problem at all for some. 13:46.720 --> 13:52.720 We need to work around because as you will be able to let it just please sit down. 13:53.170 --> 13:54.280 So we have a pseudo. 13:55.200 --> 14:01.770 Then we should have an assessment that will be suitable, is suitable, then we should have NASA, then 14:01.770 --> 14:04.540 we should have NASA and finally we should have a second rate. 14:07.330 --> 14:14.010 So this is how you can individually play from this to Baci recognize that the Wormuth signal is recognized 14:14.030 --> 14:22.850 that Elísabet OK, so at least as zero at the lowest position, then I have a witness to history and 14:22.860 --> 14:23.050 see. 14:23.210 --> 14:30.050 And now when I merge them together to create a virtual buzz, this will be representing a truce. 14:30.460 --> 14:38.230 So we do not need to subliterate, so we'll just change the lyrics to and a symbol for all the inputs 14:38.230 --> 14:41.180 and outputs and then we'll try to analyze it. 14:41.620 --> 14:41.940 OK. 14:42.400 --> 14:44.850 Now if you just observe, if I just try to zoom in a bit. 14:44.860 --> 14:47.620 So 15 and 15 will give us 30. 14:47.860 --> 14:50.350 OK, Burraston plus 14. 14:50.360 --> 14:51.350 Give us twenty four. 14:51.490 --> 14:52.500 Thirty nine 11. 14:52.510 --> 14:56.590 Give us twenty four zero and then give us 10, seven and five. 14:56.590 --> 14:57.130 Give us two. 14:57.160 --> 15:04.210 So this is how you can use the virtual bass feature and it was better to analyze the result more clearly. 15:05.110 --> 15:08.010 You have good understanding about what we are doing later. 15:08.050 --> 15:14.090 Also you how you analyze and merge must together to analyze the resident and simulation reform. 15:14.110 --> 15:21.460 Right now what we'll do is we'll consider a few sequences so that we have an overall picture of structure 15:21.480 --> 15:21.990 multicasting.