WEBVTT 00:00.060 --> 00:02.160 So we'll start implementing our. 00:03.920 --> 00:04.840 OK, here will be fine. 00:04.900 --> 00:11.510 We are depending on an input, so as soon as we reach the city, we don't know not all of our respective 00:11.840 --> 00:12.200 state. 00:12.440 --> 00:14.640 So we have declared reset out of it. 00:15.110 --> 00:19.220 OK, these are the important people that we required for our traffic control. 00:19.250 --> 00:25.510 In fact, we have already defined the state to our state, which consists of street ideal situation. 00:25.600 --> 00:30.560 And and we have declared a state which will be working with the state. 00:30.890 --> 00:33.360 And the initial value that it will have is an issue. 00:33.400 --> 00:33.650 Right. 00:33.920 --> 00:37.940 We also declared accountability, which will keep track of cycles. 00:39.110 --> 00:44.810 So whenever you have a requirement to include a counter or count the number of cycles, we always proceed 00:44.810 --> 00:46.250 with an integer rate. 00:46.700 --> 00:52.130 So in a case of a machine, again, this is an example of a modern machine. 00:52.820 --> 00:58.220 The good idea is you proceed with a single process methodology because that is the best possible way 00:58.220 --> 01:00.880 or the easiest way to implement a machine. 01:01.130 --> 01:05.960 And then when you have a requirement of a machine, proceed with the due process methodology because 01:05.960 --> 01:07.600 that is the easiest way to proceed. 01:08.880 --> 01:14.100 With the military and for a Wall Street machine, remember that the easiest way is a single person. 01:14.130 --> 01:19.990 Matlovich OK, and for that reason, you'll be finding that we have declared a state with a single variable 01:19.990 --> 01:22.160 that we have not included in next. 01:22.260 --> 01:24.300 So we'll proceed with the process. 01:25.460 --> 01:30.200 OK, and then we'll just make it sensitive to a couple of great big. 01:31.310 --> 01:40.040 And we are trusts now, you try to clearly understand an entire crew that will be right here, right? 01:40.490 --> 01:44.120 So if we have a rising age of a clock. 01:46.940 --> 01:55.370 This is the first line that will be ready then then in that case, if it is said, is what? 01:56.400 --> 02:07.380 Right, in that case, Steve should be ideal, independent of our previous LS and will be simply working 02:07.380 --> 02:08.390 within Steet. 02:08.610 --> 02:14.640 OK, so as he sees this and then we'll just be adding an. 02:15.690 --> 02:17.490 And guess what, you. 02:18.700 --> 02:28.930 OK, and we have utilized if so, we like to end with you and be able to remove all the rights of 24 02:29.170 --> 02:34.450 to it, and then we have utilized a key statement so far that we have an increase of. 02:36.670 --> 02:38.730 Now, we'll start when we have a steep. 02:40.070 --> 02:44.750 Then we have an idealistic trait, so in that case. 02:46.370 --> 02:50.080 OK, so I should be close to zero. 02:51.480 --> 02:53.760 Why should also be close to zero? 02:55.490 --> 02:58.370 And you'll also be pleased to see. 02:59.330 --> 03:02.900 This is what we want to do when we are in the idealistic and. 03:04.510 --> 03:13.390 The state should now be asked to do this, will automatically take us from ideal to an issue, right. 03:13.420 --> 03:20.030 So for that reason, we have mentioned this to be our next to be right when we have Nasedo. 03:20.800 --> 03:27.120 In that case, we need to turn on adrenaline and we also need to wait for five Proxicom. 03:27.670 --> 03:29.650 So we'll just copy this. 03:30.900 --> 03:34.350 We'll be sued over here, will turn on our reality. 03:36.230 --> 03:38.390 Now, how you generate so if. 03:40.230 --> 03:44.160 Count is less than five right then. 03:45.190 --> 03:50.680 Then we'll just be incrementing our count, so count should be close to count plus one. 03:51.040 --> 03:54.860 And in that case, we want that we should be staying in the same straits. 03:54.880 --> 04:01.030 So we can just mention Steve should be close to as subtle as indicate that we have already completed 04:01.030 --> 04:01.870 our flight cycle. 04:02.200 --> 04:08.290 So in that case, first we'll just initialize going back to zero so that discount is usable in other 04:08.290 --> 04:08.580 states. 04:08.920 --> 04:11.900 And now Steve should be right. 04:11.930 --> 04:12.700 This makes sense. 04:13.570 --> 04:14.730 And then we'll just. 04:14.750 --> 04:17.710 And if so, this is how you. 04:18.700 --> 04:26.530 And so you have to go to island and you have also don't know if you can just copy this and we'll move 04:26.530 --> 04:28.050 on to a next rate. 04:28.060 --> 04:29.430 So we'll just be straight to. 04:30.250 --> 04:31.260 So when we have Esswein. 04:33.400 --> 04:35.920 We'll turn off right a little bit on. 04:37.110 --> 04:42.690 And loyalty, right, and then we'll be waiting for three clock cycles, so we'll just use this delay 04:42.690 --> 04:49.610 to three clocks and then four, that clock cycle will be staying in a state as soon as we jump into 04:49.620 --> 04:50.240 a statistic. 04:50.610 --> 04:50.930 Right. 04:51.000 --> 04:51.770 This makes sense. 04:53.790 --> 04:58.260 The final thing that we need to do is when we are in St.. 04:59.820 --> 05:01.170 OK, when we are in an. 05:02.160 --> 05:06.960 We need to turn on a green ality, so we'll just make this green. 05:06.990 --> 05:10.670 I will wait for seven seconds here, OK? 05:10.710 --> 05:18.500 And then once we are here, we need to wait and see that it is true and once we complete all the cycle. 05:19.450 --> 05:22.940 OK, we'll jump back to those students, right? 05:22.980 --> 05:28.500 So we'll just go ahead and we'll come back to our straight is right. 05:28.870 --> 05:34.740 So this complete what should be happening when we are in a to when we have and others. 05:35.410 --> 05:37.210 So this is the most ideal state to. 05:37.210 --> 05:37.480 Right. 05:37.480 --> 05:41.030 So states should be equal to its default value. 05:41.050 --> 05:42.190 That is straight as zero. 05:42.550 --> 05:47.320 And all the leaders should be in a zero straight. 05:47.650 --> 05:49.720 So we'll just be adding this. 05:51.220 --> 05:59.530 So this completes our entire four movie mission will be finding that handling a mood machine with the 05:59.530 --> 06:05.590 signal processing methodology is very, very easy as compared to other method. 06:05.770 --> 06:10.510 Right now, what we'll do is we'll just see if we have any error. 06:10.510 --> 06:13.840 But here we get a green indication so we do not have an error. 06:14.290 --> 06:18.710 We'll see whether we are able to see what we are expecting. 06:19.240 --> 06:26.470 So what we'll be doing is we'll be just making set C2 and we'll be able to see whether we get our Viag 06:26.950 --> 06:29.080 done on four different instances. 06:29.080 --> 06:29.300 Right. 06:29.320 --> 06:31.900 So we'll just proceed with the simulation. 06:33.890 --> 06:37.970 Will apply across the use of force lock. 06:40.560 --> 06:41.790 One, two. 06:42.870 --> 06:51.000 OK, and then liturgist first set to OK, the full service it I'll be noticing. 06:53.060 --> 06:57.770 That we are in an ideal seat to just use this two thousand. 06:59.180 --> 07:06.730 And will be finding that we are continuously in an idealistic and so did it just make this as Seattle 07:07.250 --> 07:10.580 and see that we are able to get what we are expecting? 07:11.850 --> 07:20.910 OK, so now you'll be noticing that we have are the known for five blocks, then we have four three 07:20.910 --> 07:25.120 clock cycle and then we have a green four seven clocks again. 07:25.200 --> 07:36.390 Once we finish this date, we have an R y and now in between, if we just reset to see what will happen 07:36.390 --> 07:38.700 when we do of one. 07:39.240 --> 07:41.280 OK, so once you do that. 07:43.640 --> 07:47.480 You'll be noticing that we reach back to an idealistic great. 07:48.420 --> 07:54.720 And for this whatever the previous deed that we have, you have still getting that one here, what should 07:54.720 --> 07:58.390 happen is it should be becoming all because. 07:58.560 --> 07:59.820 But that is not happening. 08:00.320 --> 08:06.070 OK, so we'll just go back to school and see what is the modification that we need to do. 08:06.100 --> 08:06.480 Right. 08:08.720 --> 08:11.830 So is when Steve decided they. 08:13.300 --> 08:19.060 What we'll just do is we'll just copy this statement, OK, and we'll just stick to it here. 08:19.930 --> 08:24.620 So when we apply a we will be holding our previous rate to that. 08:24.710 --> 08:29.180 Just now, we launch our simulation because we haven't added any port. 08:29.220 --> 08:33.940 So instead of performing a real simulation, we can just relaunch our simulation. 08:33.940 --> 08:34.210 Right. 08:34.250 --> 08:36.600 And then we'll try to fool Cyclopes. 08:36.610 --> 08:36.910 Right. 08:36.910 --> 08:40.330 Click was clock one to zero. 08:42.870 --> 08:51.010 OK, hold on a second, try to make our research, see you first and then we'll try to execute our course 08:51.060 --> 08:53.760 will be finding that we are getting a refund for our way. 08:54.120 --> 08:56.310 And she will try to. 08:57.440 --> 08:59.080 Ford's resectable over. 09:01.160 --> 09:04.220 And now you'll be noticing that we weren't able to get this. 09:06.280 --> 09:13.520 Viji output when we have a night, so this is how you give up your food and get the required output, 09:13.540 --> 09:13.780 right? 09:14.470 --> 09:17.110 So this is how you implement your mood state machine. 09:17.120 --> 09:22.480 So whenever you have a mood state machine, try to proceed with a single process methodology, because 09:22.480 --> 09:24.850 that is the easiest possible way you proceed. 09:25.150 --> 09:31.200 And whenever you have a machine, you proceed with the due process methodology to business. 09:31.210 --> 09:35.800 That would be the easiest way to proceed in that specific state. 09:35.890 --> 09:39.210 So this completes everything that you need to know about the deficit. 09:39.460 --> 09:42.910 Go to an assignment so that you have more insights into an.