WEBVTT 00:00.120 --> 00:06.000 So let start discussing about how we implement the sequences together and then the sequences that we 00:06.000 --> 00:12.930 have considered here in Johnson County will be noticing that you from a previous age, we have to be 00:13.140 --> 00:16.970 OK, whereas for if you consider the last there Cuba. 00:17.370 --> 00:18.860 So you see a bubble here. 00:18.880 --> 00:20.100 So Cuba refer to it. 00:20.370 --> 00:22.860 And this is the arrangement that we make. 00:22.880 --> 00:31.260 And Johnson, look, if you consider it, we still said a Q OK, off the last dish to the dean of the 00:31.300 --> 00:35.370 facility and that make it nonsense, whereas Johnson got the results. 00:36.150 --> 00:41.460 So we'll have more discussion on this when we when we deal with him. 00:41.490 --> 00:46.410 OK, so right now what we'll be focusing is first try to implement a new flipflop, OK? 00:46.560 --> 00:51.010 And then use and we value IP integrators to build this chance encounter. 00:51.350 --> 00:52.400 So let us move ahead. 00:52.860 --> 00:57.240 And now what we'll do is we'll just create a new source code. 00:57.240 --> 01:04.320 So we will click on plus adultry to design Soules create file and we'll just mean this has flipflop. 01:05.340 --> 01:05.700 OK. 01:07.690 --> 01:10.100 So here, we'll just try to clock right now. 01:10.180 --> 01:12.070 OK, so the queen will be deciding. 01:13.460 --> 01:18.750 As required for us to get ourselves, it consists of ClearPoint had we have connected the research, 01:18.780 --> 01:21.100 so if research is high, our output will be considered. 01:21.480 --> 01:22.800 So that is one of the controls. 01:22.820 --> 01:25.070 And then we have a quality of a clock. 01:25.250 --> 01:29.940 OK, and then the D and Q so for final stage will require two bottles. 01:30.290 --> 01:33.530 So that is an extra thing that we need to get so far flipflop. 01:33.800 --> 01:39.200 The importance that we require is clear clock and output per Mănescu and Cuba. 01:39.230 --> 01:43.910 OK, so now we'll be finding we have a right to. 01:44.180 --> 01:47.750 The first thing that will do is to. 01:50.130 --> 01:51.690 Of data and input and output. 01:52.200 --> 01:58.680 So we have a clock has already declared, this is not my last, so I lied semicolon, then we required 01:58.680 --> 02:03.320 that he sick and we also required the rate. 02:03.400 --> 02:09.330 So there's also our input and all this good logic that is single trait. 02:09.810 --> 02:16.910 The next one is a doubt which will be announced again, that will be also a state senator and the school. 02:17.400 --> 02:20.740 And since this is my last book, so I will not be adding any semicolon. 02:20.760 --> 02:27.230 So this complete my declaration of all the OK now will proceed with a process, OK. 02:28.920 --> 02:34.710 So let us assume that reset is a synchronized signal, guess who will decide the clock inside the sensitivity 02:34.710 --> 02:39.740 list and then will proceed with the so if when we have a synchronized research. 02:39.760 --> 02:41.780 So first we sense an age of a clock. 02:42.240 --> 02:48.450 So if rising age of a clock, OK, then. 02:50.410 --> 02:50.980 If. 02:51.750 --> 02:58.080 And remember, that we did is case insensitive, so here it'll be fine if you have an uppercase still 02:58.170 --> 03:00.450 rising, each being clearly understood by everyone. 03:00.630 --> 03:12.390 OK, so if clear or if this is one right, then in that case the D out should be close to see it. 03:12.920 --> 03:15.000 OK, else. 03:15.180 --> 03:19.460 And this will be making a deal to follow D. 03:20.340 --> 03:23.380 So this is how your deal should be here. 03:23.700 --> 03:25.170 We require one more. 03:27.530 --> 03:29.690 Output, which is down, right? 03:29.770 --> 03:35.060 So we'll just complete this call first and then we'll add one more. 03:35.330 --> 03:42.710 So let me just name this as D and OK, so the complemented output and for that, when we said there 03:42.710 --> 03:47.060 is one, so the N should be equal to one. 03:47.450 --> 03:48.260 This makes sense. 03:48.920 --> 03:55.970 And else is the N should be should be equal to north of. 03:57.110 --> 04:04.180 The night, so this completes our behavior, so we have four sensory sets of researchers, Heidi, out 04:04.190 --> 04:11.570 will become Basti and will be exactly opposite of the which is what else will followed and the end will 04:11.570 --> 04:12.350 follow not. 04:13.850 --> 04:18.590 And since we have started a process, we will just in the process now will see. 04:20.420 --> 04:27.530 And the next thing that you'll be doing is to verify that it is working correctly so that I'll. 04:28.630 --> 04:33.870 Not due here, because this is very simple, but you try to apply its behavior and then only proceed 04:33.880 --> 04:34.850 for creating a blog. 04:35.310 --> 04:42.070 OK, so now we'll create a new blog designed so we can create blog design, will choose a different 04:42.070 --> 04:43.340 name, which is designed to. 04:43.420 --> 04:45.220 Now we want to use the flipflop. 04:45.220 --> 04:45.410 Right. 04:45.430 --> 04:48.700 So we go to a small staff will already flipflop. 04:50.550 --> 04:57.120 OK, so here the problem is it is updating, so we want to update and hierarchy and then it will allow 04:57.120 --> 04:59.150 us to add sous vide onto canvas. 05:00.650 --> 05:04.540 To one side of that is complete, we'll just copy it if to it here. 05:04.930 --> 05:07.390 OK, so now we have our first. 05:09.740 --> 05:10.510 Deeply flawed. 05:11.610 --> 05:13.460 So will require full search. 05:13.930 --> 05:19.130 So we'll just bring this out and now what I do is I'll just copy this. 05:19.130 --> 05:24.830 So for coffee, you can just press control, see, and then control we to paste the multiple. 05:26.090 --> 05:31.100 Instances of an order to create so will create for such instances. 05:32.870 --> 05:35.090 And then we'll place them horizontal. 05:40.870 --> 05:42.070 OK, so. 05:43.870 --> 05:48.560 We have an input on the left side, but as output on the right side, this is clear, right? 05:48.600 --> 05:51.890 So it should be connected to the design of the next block. 05:52.140 --> 05:58.530 So it should be connected to be the next else should be connected to dean of the next, whereas the 05:58.530 --> 06:03.750 dean of the last flipflop should be connected to the dean of the force. 06:04.470 --> 06:07.560 This is an arrangement that we do for the. 06:09.000 --> 06:14.700 Johnson County, then we need to connect all the resources to get right, so here first will add up 06:15.200 --> 06:19.270 to just right click and you have an option to create a pool. 06:19.290 --> 06:23.010 So just create a pool and name this risk. 06:23.820 --> 06:24.210 OK. 06:25.760 --> 06:27.020 So this is our input. 06:27.390 --> 06:29.990 OK, and you'll be finding we also have a specific type. 06:30.000 --> 06:34.000 So since this representa reset, we'll just select this to be a reset. 06:34.400 --> 06:41.670 OK, and then you can see actually how we want that when we apply, it should be active. 06:41.900 --> 06:46.480 So in that case, we choose to and we'll hit it once we do this. 06:46.490 --> 06:49.920 Now, we can connect this to the recipients. 06:49.950 --> 06:55.360 OK, so we'll just connect all the reset to the reset pool that we have just started. 06:58.470 --> 07:02.230 And one more thing we need to connect, that is so again with a click. 07:03.000 --> 07:03.540 Output. 07:04.310 --> 07:06.160 OK, we'll just name this as a clock. 07:06.510 --> 07:09.830 It will have a direction of an input and this belongs to a clock. 07:09.870 --> 07:12.670 I take it you can, in fact, specify the frequency. 07:13.180 --> 07:18.290 Just add a hundred, which is repeated a hundred regards and we'll just talk. 07:18.660 --> 07:22.950 Now, we'll just take this to the local rate. 07:32.880 --> 07:38.900 Now we have our finger ready and I thought our entire design, so you can just click on regionality, 07:38.910 --> 07:44.260 OK, so this will create a thin diagram for us and then we proceed with the validate design. 07:44.970 --> 07:52.470 OK, so once validation is successful, OK, what we'll do is we'll just go ahead and create an actual 07:52.470 --> 07:53.520 wrapper for our design. 07:53.550 --> 07:56.070 So, OK, so we currently work on a design to right. 07:56.070 --> 07:58.060 Click and create and still. 08:01.040 --> 08:08.570 So this will take a while to generate and once have virtual school is ready, we'll try to verify its 08:08.570 --> 08:09.280 functionality. 08:09.470 --> 08:11.630 So allow you to update and Hauraki. 08:14.380 --> 08:19.990 So once that process of a date is complete, will first set design to happen as a top model, because 08:19.990 --> 08:23.910 this is where we want to perform a simulation and tests of this stuff. 08:23.920 --> 08:24.170 Right. 08:24.190 --> 08:25.640 So we'll set this system. 08:26.620 --> 08:33.850 And then we will proceed with the simulation, so allow the update process to complete. 08:36.540 --> 08:39.150 And then we'll perform behavioral simulation. 08:40.020 --> 08:46.980 OK, again, one knee, one more thing that you need to check is whether inside a small step we have 08:46.980 --> 08:49.460 designed to Rappler as our top model, right. 08:49.530 --> 08:54.570 So we have set design Tarapur inside a design source as a top model dissimilarly. 08:54.570 --> 08:59.050 Similarly, need to check whether simulations who's also designed to happen is a top model look. 08:59.550 --> 09:05.610 So that is the second check that you'll be doing and once this due process is complete. 09:06.920 --> 09:12.770 We'll proceed with the simulation, so we'll click on Run Behavioral Simulation, and we just need to 09:12.770 --> 09:17.000 force the clock and reset and this thing will start working fine. 09:17.090 --> 09:17.290 Right. 09:20.680 --> 09:21.250 So no. 09:22.410 --> 09:28.980 We'll be finding we have a clock and he said, OK, if you're going to resign, OK, we'll be finding 09:28.980 --> 09:34.470 that we have dealt also with which are not right now to just go to resign to. 09:35.460 --> 09:39.240 And then since we have not made our out. 09:40.690 --> 09:45.520 How would you not be finding any deal in that case, what you do is you just go ahead. 09:46.630 --> 09:47.830 Close the simulation. 09:47.950 --> 09:54.800 OK, now you'll be finding that we want to change our design, so we have created an exterior, but 09:54.910 --> 09:59.270 later on we recognize that there are some mistakes that we have committed. 09:59.290 --> 10:03.010 So how you handle that procedure will be understanding with this example. 10:03.100 --> 10:09.970 OK, so you go to a design lab, you have a design block to design that you just Double-Click, and 10:09.970 --> 10:13.060 that will take you to the design that we have created. 10:13.090 --> 10:16.930 Right now, we want that vote should be outside, right. 10:17.000 --> 10:22.390 So users should have an access to a deal and then only that can be used to interface with an outside 10:22.390 --> 10:22.570 site. 10:22.990 --> 10:26.570 So if you're just right, click, you have an option to create a pool. 10:27.580 --> 10:30.060 And then if you right. 10:30.130 --> 10:35.310 Click on a net, you do not see a make external option. 10:35.370 --> 10:35.630 Right. 10:35.900 --> 10:36.130 Right. 10:36.400 --> 10:37.540 So what you do is. 10:38.760 --> 10:41.520 You can either create a split, it just add. 10:42.600 --> 10:45.000 A food guest said this is an output. 10:45.570 --> 10:48.330 OK, and we'll just name this as Que. 10:50.650 --> 10:51.500 Three, OK. 10:53.210 --> 10:53.870 I will. 10:54.140 --> 10:58.580 OK, so we required for such proof, so we'll just copy will be. 10:59.750 --> 11:03.830 OK, and then the name that will be changing is to. 11:06.260 --> 11:06.950 You when. 11:08.340 --> 11:13.740 OK, and then finally, we required to see this should be. 11:16.850 --> 11:18.650 Now will connect and individual output. 11:18.670 --> 11:25.880 So this is a relatively flipflop, so Cusato will be connecting to vote they took one should be connected 11:25.880 --> 11:27.620 to the out of this. 11:29.370 --> 11:31.380 OK, then we have. 11:32.320 --> 11:35.200 Doubt told this to be connected over here. 11:36.310 --> 11:37.090 And then. 11:40.630 --> 11:43.870 The final that we have will be connecting over here. 11:44.040 --> 11:49.750 OK, so we'll just verify connection once so disconnected to the dial, disconnected to these. 11:50.010 --> 11:51.430 Disconnected to. 11:55.360 --> 11:57.980 OK, so here we have one mistake. 11:58.210 --> 12:04.720 So this should be played with the deal and then deal is connected to date. 12:04.900 --> 12:05.530 This should be. 12:05.980 --> 12:06.970 This should be. 12:08.120 --> 12:14.680 Being connected to deflate and we want to have this as a. 12:16.520 --> 12:23.710 Well, we have DNA not of the connected to the DNA match. 12:24.300 --> 12:31.530 OK, here we have connected up into Q3, then we have a Q2, then we have a Q1. 12:31.950 --> 12:35.570 OK, and then finally we have you know, we try to regenerate. 12:36.230 --> 12:39.780 We get to remember that region really me sometimes be confusing. 12:40.170 --> 12:44.280 OK, so once you finish an entire design, then you try to regenerate. 12:44.610 --> 12:49.830 In fact, that will be confusing sometimes because this try to clean up your diagram and then you'll 12:49.830 --> 12:56.040 not be finding any hierarchy of a block that you have to say so once you complete an entire thing. 12:56.100 --> 13:01.540 OK, what we'll be doing is we'll just be validating our design, OK, once validation is successful. 13:01.920 --> 13:02.550 Now. 13:03.670 --> 13:05.300 Will go ahead again. 13:05.380 --> 13:11.830 Right, click on the blog design and will create an ideal rapport and will allow us to be able to manage 13:12.050 --> 13:14.350 to generate a source file for us. 13:17.190 --> 13:19.530 To once designed Apple file is ready. 13:19.770 --> 13:24.900 OK, so it will automatically be seen in updating and simulation. 13:25.230 --> 13:31.050 Also right now we proceed to simulation, so we will click on Run Simulation and Run Behavioral Simulation. 13:33.880 --> 13:33.990 We. 13:34.540 --> 13:42.730 See you in Q2, Q3, along with the clock, and great, now we'll just follow relock using a false laksa 13:42.760 --> 13:51.030 one to zero and then you can then reset will fall to zero so that we will to see an outbreak. 13:51.520 --> 13:59.650 And then if I just try to execute a good salary, just falls are reset to a one. 13:59.650 --> 14:01.330 So this will reset all output. 14:03.410 --> 14:09.830 OK, so now we have all the output being decided to a zero and then we try to remove he to force consumer 14:10.310 --> 14:13.160 SEYDOU again will try to execute. 14:13.460 --> 14:22.220 Now you'll be finding that you have a result similar to what we are expecting in Johnson County. 14:23.990 --> 14:27.330 And in fact, that can actually be verified by creating a virtual buzz. 14:27.590 --> 14:32.960 So we'll just go ahead and we'll try to merge all this signal into a buzz. 14:32.990 --> 14:36.030 OK, so we want Kutty to be an update. 14:36.040 --> 14:42.230 So we will bring Kuzio down, will bring you one about zero in Q2 and Q3. 14:42.230 --> 14:42.430 Right. 14:42.800 --> 14:49.800 And then we will select the Q3 shift down arrow and then click neutral bus. 14:50.080 --> 14:53.440 OK, and then we try to observe a binary. 14:53.450 --> 14:54.170 All right. 14:55.040 --> 14:57.410 Just to innovate and will. 14:57.410 --> 14:57.680 Right. 14:57.680 --> 14:58.130 Click. 14:59.170 --> 15:00.850 Will choose the next to be. 15:02.910 --> 15:09.270 Will be finding we have one zero zero, then we have one one zero zero one one zero one one one and 15:09.270 --> 15:12.940 then one after another will be finding that we get it. 15:13.170 --> 15:19.170 OK, so the number of unique, Steve, that we are expecting out of four, Johnson going to recede because 15:19.170 --> 15:23.040 we have a full Johnson going to let us count the number of unique value. 15:23.070 --> 15:27.150 OK, so let's assume that one zero zero zero is our first value then. 15:27.150 --> 15:28.100 This is also unique. 15:28.110 --> 15:34.950 While the second, third, fourth, fifth, sixth, seventh, eighth and again, we reached one zero 15:34.950 --> 15:35.210 two. 15:35.280 --> 15:35.520 Right. 15:35.550 --> 15:37.340 Which is the first value that we have considered. 15:37.680 --> 15:39.930 So we have to tell each unique value. 15:39.930 --> 15:45.180 And that is what we are expecting because for an end, Johnson Johnson, we are expecting to win unique 15:45.180 --> 15:45.440 value. 15:45.450 --> 15:50.970 And here we are getting four of Robert Johnson after each unique so we can see that Johnson is working 15:50.970 --> 15:51.320 fine. 15:51.750 --> 15:54.330 Now, what you do is you try to implement a ring count.