WEBVTT 00:00.060 --> 00:06.570 So let us now start to understand how we can fight and Viorel inside our design so will understand the 00:06.570 --> 00:12.720 simplest procedure of fighting a viable design so that you won't be confusing yourself. 00:12.750 --> 00:20.010 So this project next will be sticking to the project and default project. 00:20.010 --> 00:27.480 Location will choose an art project and the file will be naming it as LATISM top. 00:28.530 --> 00:36.570 OK, and then we'll just go and select so the ball that we are planning to use is Nexxus Hoodia, so 00:36.570 --> 00:38.760 we'll just select tag. 00:39.690 --> 00:41.070 And then we'll finish. 00:41.460 --> 00:45.100 So this is the normal procedure that we've been following from the beginning. 00:45.480 --> 00:49.260 Now, the school that we are planning to implement is to trigger. 00:50.170 --> 00:50.800 And. 00:52.880 --> 00:59.510 Drinking, so, yes, we have implemented a blinking circuit, so that will be used to blink an eye 00:59.960 --> 01:07.400 at an interval of one second and to Stockton, stop an operational type thinking circuit we required 01:07.400 --> 01:07.700 once. 01:08.240 --> 01:11.600 So this is what our typical system specification is. 01:11.630 --> 01:15.440 So we have one switch which will be used to start and stop blinking circuit. 01:15.830 --> 01:21.290 And once you start the blinking circuit or the reality that is connected to our circuit will be blinking 01:21.290 --> 01:23.520 at a rate of one second. 01:23.570 --> 01:26.070 OK, so you'll be guessing that we require three. 01:26.360 --> 01:30.030 First one is a clock, which is used to generate the specific data. 01:30.050 --> 01:32.150 That is one second delay then. 01:33.370 --> 01:37.830 We required a reset or instead of reset, we'll just knew it had to start. 01:38.470 --> 01:43.150 So as user press the start, you're applying new high signals to start. 01:43.390 --> 01:45.400 The blinking circuit will start operating. 01:45.430 --> 01:46.870 And finally, we required in. 01:47.840 --> 01:56.300 And Lady Outsing there will be connected to this should be an outbreak and each will have a single. 01:56.930 --> 01:59.780 So we'll just proceed and then we have. 02:04.120 --> 02:12.070 Now, since we want to do so, we will require to use a new standard library, we'll just add a new 02:12.280 --> 02:21.510 standard library here and will specify unsign library, gold standard and school logic. 02:21.760 --> 02:23.920 The school unsane. 02:26.090 --> 02:28.360 OK, now what we'll do is. 02:29.350 --> 02:36.290 Since we want to reduce the previous year to four blinking circuit, we exactly need to know what is 02:36.290 --> 02:37.060 the previous to it. 02:37.360 --> 02:43.140 If the realities in on street, we need to complement it and we need to make it zero. 02:43.360 --> 02:50.950 OK, so here basically four and out, we need to know and be with and then only we can decide what to 02:50.950 --> 02:51.480 do next. 02:51.680 --> 02:58.840 OK, we already know that the foods which are declared as an out cannot be use and. 03:00.100 --> 03:04.450 Cannot be used inside an expression, so we just add a temp. 03:05.050 --> 03:08.830 OK, that will be used to hold the result of our lady. 03:09.100 --> 03:16.750 OK, and that utilizing the signal allow us to actually use each state to generate the next one to signal 03:16.750 --> 03:18.190 them standard and the logic. 03:18.430 --> 03:21.190 And for a counter variable, we will use an integer. 03:21.490 --> 03:26.740 So we'll just neumar variable to count integer and range. 03:28.850 --> 03:29.960 Zero to. 03:30.950 --> 03:37.630 Then into days to six, that is what can be required to generate the approximately Adelia of one ticket. 03:37.650 --> 03:42.430 So 10 then one, two, three, then again, one, two, three. 03:42.440 --> 03:47.300 So this extends to six straight down into the distributors. 03:47.300 --> 03:50.660 And then we'll just add one to one more count. 03:52.380 --> 03:55.830 That's compared to the required time, you'll just initialize it to a Z. 03:56.250 --> 03:58.310 OK, so this is a counter variable. 03:58.440 --> 04:03.660 And then we have also declared one of the variable which will be holding the status of finally. 04:04.350 --> 04:06.010 Now, we'll just prosecutor logic. 04:06.030 --> 04:08.450 Now, this is a sequence of planning. 04:08.460 --> 04:10.200 So we'll start with the process. 04:11.720 --> 04:16.070 Will make our process in situ two o'clock, right then big. 04:17.030 --> 04:25.460 So if start is zero, right, to start to zero, then in that case what we'll be doing is the temp, 04:25.460 --> 04:29.570 which is holding the value of our ability, should be right. 04:30.710 --> 04:39.930 And as if L's indicate that you want to start the system, so here will be checking where the value 04:39.930 --> 04:44.370 is less than 10 one, two, three, one, two, three. 04:44.370 --> 04:44.610 Right. 04:44.630 --> 04:50.820 So then including the specifics, then, if that is the case, will simply be incrementing count by 04:50.820 --> 04:52.610 one for each block saken. 04:53.770 --> 04:59.650 OK, as soon as it reaches to that value or becomes greater than that value, then in that case will 04:59.650 --> 05:04.060 be making on ground zero as VILLUS will be. 05:06.380 --> 05:13.870 Complementing whatever the value that we have at this makes sense and will just end its treatment, 05:14.180 --> 05:20.360 similarly here also will identify something that we have not idalis syncing the clock. 05:20.600 --> 05:24.650 So that is the first thing that will be doing and then will be performing our logic. 05:24.670 --> 05:27.350 So if they're using each. 05:28.280 --> 05:29.730 Of luck. 05:30.110 --> 05:34.860 OK, then and then this will be our logic that will be implemented. 05:35.150 --> 05:40.790 Finally, the identification process and since the time have a global scope. 05:40.800 --> 05:42.490 So finally out. 05:43.130 --> 05:47.180 OK, so we have an idea out as our report will be equal. 05:48.440 --> 05:49.210 This makes it. 05:51.320 --> 05:54.230 So this completes what we are doing is we are sensing. 05:55.190 --> 06:02.380 Then it started the output of zero as we are checking with account value reaches to the desired outcomes 06:02.390 --> 06:04.090 that we're able to generate. 06:04.730 --> 06:10.760 So if it reaches to that value, we will be simply complementing our previous value of time. 06:10.820 --> 06:12.770 OK, then counted again. 06:13.280 --> 06:14.030 So this will. 06:14.980 --> 06:18.010 Again, the remaining in that state for this. 06:18.370 --> 06:20.410 And then finally will be complemented. 06:20.440 --> 06:28.570 So this is purely random, but this will allow us to actually see lady blinking right now, will proceed. 06:29.170 --> 06:36.250 And the simplest way to either Viorel, this will be finding if we try to add an IP, OK, and try to 06:36.290 --> 06:41.800 perform a structure more or less, it becomes very, very difficult because, OK, so if you just go 06:41.800 --> 06:48.920 to an aioli and if you just try for and we go, OK, let's see what is a. 06:50.140 --> 06:56.350 So school that to be required, one input from where we'll be connecting it out and we required one 06:56.350 --> 07:01.300 output, which will be connecting to a start, and that can be triggered by a user. 07:01.360 --> 07:08.260 OK, so we require just a single input and single output and they should have a dimension of single 07:08.260 --> 07:08.710 project. 07:08.750 --> 07:11.000 So this is also single this as well as a single. 07:11.350 --> 07:14.160 So we do not need to configure much about envy. 07:14.410 --> 07:22.930 And now if I just try to generate a VIP, so the major part for us is an insane creation code that we 07:22.930 --> 07:24.910 get within VIP. 07:24.940 --> 07:30.170 So if that is in Vergiat, then performing a mapping becomes very, very easy. 07:30.370 --> 07:38.290 But if we get that code in a very low, then we'll be finding performing the code mapping or a structural 07:38.290 --> 07:42.150 modeling state between visual and very difficult. 07:42.160 --> 07:43.840 If we compare it with another. 07:44.200 --> 07:51.340 That is, if you have a source code in a very low and IP is having a pool in a Usdin, then performing 07:51.340 --> 07:56.140 the connection between them is easy because very loosely type language. 07:56.440 --> 08:04.900 But if you considered the small school in and then IP coding and very low, the mapping is very, very 08:04.900 --> 08:05.380 difficult. 08:05.410 --> 08:12.060 We will be finding that our whole lot of errors that we'll be getting and usually we avoid them. 08:12.340 --> 08:17.740 OK, in that scenario we follow other methods and that will be utilized. 08:18.010 --> 08:22.580 So I'll just show you what is the code that we get when we create an IP. 08:22.600 --> 08:28.600 So if you just click on Desierto, OK, we will get an instant template over here and that can be used 08:28.600 --> 08:31.920 to declare the component inside our. 08:34.750 --> 08:41.110 So they'll be fighting now you have this school and this is actually Montu, so this is written in very 08:41.110 --> 08:49.210 long and you'll be finding that we now need to use this school inside of issue and it becomes very, 08:49.210 --> 08:49.930 very difficult. 08:49.930 --> 08:56.860 So whenever you have a scenario where you have a virtual school or you are writing a visual code and 08:56.860 --> 08:58.960 you have an IEP, which is. 08:59.970 --> 09:05.570 Provided with the deluxe school, then you do not try to perform the. 09:06.900 --> 09:12.720 Structural that is using this as a component and performing both mapping will be finding that a whole 09:12.720 --> 09:16.950 lot of area that you'll be getting and in fact, it becomes very, very complicated. 09:16.980 --> 09:21.330 OK, so in that is what you do is so I just keep this IP as it is. 09:21.330 --> 09:23.100 I'll just go to a block the same. 09:24.690 --> 09:31.650 In such a scenario, it is recommended that you follow, we are to integrate, OK, so that we automatically 09:31.650 --> 09:36.510 handle the type conversion that is required in between and we do not need to worry much. 09:37.140 --> 09:43.200 So what we'll do is, no, we'll just go and topcoat inside. 09:44.460 --> 09:47.560 So we have a lock, stock and trade. 09:47.680 --> 09:54.620 So the reports are there and we'll also be adding a value to what we'll do is we'll just go ahead, 09:54.630 --> 09:57.690 we'll click on our IP and then we'll search for. 10:00.120 --> 10:03.210 OK, so now we have video and we also have. 10:07.460 --> 10:12.740 So if you just see or if you want to configure, you can just double click on Enviropig. 10:15.010 --> 10:20.950 The finding that we required a single and we also required a single occupant to default setting will 10:20.950 --> 10:24.330 work fine for us and the work that we required is also a single single. 10:24.490 --> 10:27.400 So this configuration setting will work fine for us. 10:27.440 --> 10:31.750 OK, so when you consider of this is the pool that will be generating. 10:32.260 --> 10:32.620 Right. 10:32.650 --> 10:40.540 So this we want to connect to start date because when we send in high from this, we want that our system 10:40.540 --> 10:41.370 should start working. 10:41.380 --> 10:46.320 And then at that specific instance, we want to analyze what is the value that we are getting at. 10:46.780 --> 10:51.220 So this will be connecting to the proven Benoff. 10:51.360 --> 10:53.790 We can we will be making clock. 10:54.190 --> 10:54.430 Right. 10:54.670 --> 10:59.890 So it'll be finding, if you remember that when you are working with Annihilate, you need to perform 10:59.890 --> 11:00.970 about mapping support. 11:00.970 --> 11:01.960 Mapping is mandatory. 11:02.180 --> 11:04.750 OK, that is, you need to connect. 11:04.750 --> 11:07.480 You are all looking to something on an FPGA. 11:07.490 --> 11:12.180 But if you consider the will now start and out is already connected. 11:12.200 --> 11:12.520 We are. 11:12.850 --> 11:14.560 We just need to fill the portal. 11:15.160 --> 11:17.230 We will decide when put. 11:18.120 --> 11:20.030 So will create a pope. 11:20.860 --> 11:24.020 OK, and we'll just name this as a clock, OK? 11:24.330 --> 11:28.080 In fact, we want to use this as a clock. 11:28.080 --> 11:32.250 So what we'll do is just go in here. 11:34.620 --> 11:36.590 So creative input. 11:36.750 --> 11:40.610 OK, we'll just name this as a clock and it will be a clock signal for. 11:42.450 --> 11:43.340 I will hit. 11:44.710 --> 11:47.770 Now, what we'll do is we'll just take this to. 11:49.060 --> 11:54.600 Both the clock and so will the selected clock will connected to. 11:59.510 --> 12:05.540 So we'll just have to Nimetz clock and then we'll connect this thing to put the clock in, that we have 12:06.230 --> 12:06.770 to wipe the. 12:10.130 --> 12:15.770 So this completes all the connection with this region and validate our desire to want validation is 12:15.770 --> 12:17.410 successful, we can do that. 12:17.780 --> 12:20.270 So we'll just go in and create initiative to. 12:21.900 --> 12:25.160 No one is ready, we'll just proceed to synthesis. 12:25.320 --> 12:27.240 OK, we'll perform a synthesis. 12:30.440 --> 12:32.580 Now, we'll just open our sentences, say. 12:35.270 --> 12:38.710 OK, and you'll be finding that, no, we our. 12:40.530 --> 12:41.610 As well, as I did say. 12:42.700 --> 12:47.380 So if you just go to Alioto and select an eye opening look, it'll be fine. 12:47.500 --> 12:51.120 We only have one scaleup, which is right. 12:51.340 --> 12:57.760 So here we'll just select tell we see more solitary and will select the correct package, that is. 12:59.320 --> 13:02.470 Etomidate, so that is the on plot blog that we have. 13:03.380 --> 13:04.530 And we'll just see. 13:05.150 --> 13:05.430 Right. 13:05.450 --> 13:07.450 So this will allow us to see even existed. 13:07.520 --> 13:12.770 So if we compare this with an aioli, you do not need to specify the. 13:13.890 --> 13:20.520 Package been for all the support that you have connected to a vehicle as opposed to an idea where you 13:20.520 --> 13:24.720 need to feed all the food somewhere on the beach. 13:25.320 --> 13:27.220 So this completes our design. 13:27.300 --> 13:30.960 Now, what we'll do is we'll just go ahead and generate a bidstrup.