WEBVTT 00:00.150 --> 00:06.600 Let us start with the first behavioral construct, right, so that is NFL Steve Mirek to the typical 00:06.600 --> 00:08.800 format that we have for events like this. 00:08.800 --> 00:12.570 So first process is a mandatory date without process. 00:12.600 --> 00:15.890 We cannot use the behavioral construct, right. 00:15.900 --> 00:19.960 So as we proceed with the process, we will be adding a begin, right? 00:19.960 --> 00:23.760 So this is the immediate construct that you need to add after a process. 00:24.420 --> 00:28.350 And since you have started the process, you need to end it right? 00:28.650 --> 00:31.950 So in between, we need to add the behavioral construct, right? 00:31.950 --> 00:35.130 So the format for a fellow treatment is like this. 00:35.130 --> 00:37.020 So we start with Dave, right? 00:37.140 --> 00:43.410 So if you have only two conditions, right, so if then you add a condition, then you need to add, 00:43.410 --> 00:44.070 then right. 00:44.070 --> 00:50.900 So this is the typical format that we have for the if else, in the VHA, right? 00:50.910 --> 00:51.840 So if then? 00:52.740 --> 00:58.650 So this allows us to specify a single treatment or multiple treatment between then, right? 00:58.890 --> 01:03.720 So we could add on multiple treatment over here or the single treatment where you write to as soon as 01:03.720 --> 01:10.380 we finish adding all the expression that you want to evaluate when the condition evaluates to true, 01:10.650 --> 01:18.030 we could just add alt right and then specify the multiple thing or a single treatment that you want 01:18.030 --> 01:25.280 to evaluate when this condition is not right since we have started, if we need to end, right. 01:25.800 --> 01:29.010 So this is the format that we have for if it's right. 01:29.010 --> 01:34.620 So whenever we have a two conditions, whenever we have a multiple condition, so we if we implement 01:34.620 --> 01:35.190 them later. 01:35.210 --> 01:43.380 So if the first condition, then we add a single or multiple treatment, then we add LS if right. 01:43.380 --> 01:46.920 So this is not e l c i f right. 01:46.920 --> 01:48.540 So it is l separate. 01:48.750 --> 01:52.200 So this is how we add the next expression. 01:52.350 --> 01:53.220 Then again. 01:53.790 --> 01:54.180 OK. 01:54.210 --> 01:58.770 So you go down like in single or multiple statement and then we have an L. 01:58.770 --> 02:01.740 So here also we could add single or a multiple student. 02:02.010 --> 02:06.330 And since we have started the f block, we will just be ending a grade. 02:06.330 --> 02:11.790 So there is a space between and if right, so similar to any process, we have an end. 02:12.010 --> 02:12.110 Right. 02:12.120 --> 02:17.010 So this is the format that we have for if treatment with a multiple condition, right? 02:17.010 --> 02:22.230 So what we're going to do is let's try to consider the demonstration of this with an example. 02:22.240 --> 02:25.110 So first, let's try to implement twist one Max. 02:25.120 --> 02:30.660 OK, so we have an idea about this and then we proceed to implement full list one mock three. 02:30.900 --> 02:34.490 So there we could understand this more clearly, right? 02:34.510 --> 02:41.220 So we go back to what we were doing and try to understand how we use this with a combination, as well 02:41.220 --> 02:42.690 as sequential second rate. 02:42.710 --> 02:45.300 So here we have already created absolute score. 02:45.390 --> 02:51.270 OK, we are planning to work within standard and this cold logic type, so we need to include this package, 02:51.270 --> 02:51.510 right? 02:52.260 --> 02:56.010 ABCD right to e be representative. 02:56.700 --> 03:03.840 Two data inputs for our two to one max, which is of size, single bit rate and the direction is input 03:03.840 --> 03:04.140 rate. 03:04.860 --> 03:08.550 Then we have a select right to select is the control input. 03:08.550 --> 03:16.130 So depending on the value that we have or select OK, one of an input will be connected to output y. 03:16.140 --> 03:20.760 So in a case when selected, zero right to select is zero. 03:20.790 --> 03:24.480 We will be connecting a Y to E! 03:24.900 --> 03:27.810 OK, and we will be connecting Y to the right. 03:28.170 --> 03:33.810 And then we have an output which again have a theme size what we have for our input, right? 03:34.110 --> 03:36.060 So we b represent our data input. 03:36.060 --> 03:39.510 Y represent data output and select represent controlling. 03:39.510 --> 03:45.900 But right now we proceed to to add the behavioral modeling, save the first construct that we need to 03:45.900 --> 03:47.100 address process block. 03:47.100 --> 03:50.880 Right now, our system is the combination of the circuit, right? 03:50.880 --> 03:53.430 So we need to include all the input in a process. 03:53.730 --> 03:58.200 So we start with B B and then we add select. 03:58.310 --> 03:58.590 Right. 03:58.590 --> 04:02.720 So here we have three input port e b and select. 04:02.760 --> 04:05.280 We have added all of them in process block. 04:05.290 --> 04:07.680 So this is how we implement the combination. 04:07.700 --> 04:12.390 A circuit right off to you correctly specify the sensitivity list to start a beginning. 04:12.550 --> 04:12.840 Right. 04:13.050 --> 04:17.050 And since we have started, the process will just be ending a process. 04:17.050 --> 04:19.060 So space process. 04:19.060 --> 04:22.110 So you could also provide the name to the process block, right? 04:22.110 --> 04:27.660 So we'll just be naming this sense of calm cross rate. 04:27.960 --> 04:34.770 And then this is how you provide the name to a process in the case you have a multiple process in your 04:35.010 --> 04:35.730 architecture. 04:35.760 --> 04:41.340 Right now, we want to use it failed to implement our two to one max, right? 04:41.340 --> 04:43.300 So we only have a two conditions. 04:43.300 --> 04:47.700 So we've selected zero who will be connected to ALS y will be connected to be great. 04:47.700 --> 04:48.930 So we proceed like this. 04:48.930 --> 04:54.420 If OK, then we are the conditions they've select as equals to C2 right then. 04:54.690 --> 04:58.320 OK, so this is the format that we have for and if so, why? 04:58.320 --> 04:59.730 Why represent our output? 05:00.010 --> 05:05.560 So to assign a value to it, we need to use the signal assignment operator right, the will be close 05:05.560 --> 05:06.760 to eight eight. 05:06.770 --> 05:13.120 So this is the only thing that we need to do when selected zero vehicle item multiple statement here 05:13.120 --> 05:13.410 also. 05:13.420 --> 05:20.920 So if you have multiple output, OK, then you could also add that over here, right else, OK? 05:20.960 --> 05:25.620 Else y will be equal to be right. 05:26.170 --> 05:30.540 Since we have started and if blocks that will just be adding a nephew, right? 05:30.550 --> 05:36.580 So this is how we use a fence block to implement a combination of the circuit, right? 05:36.580 --> 05:43.330 So if you just see the code and try to analyze the schematic that has been invoked with this code because 05:43.390 --> 05:50.560 we could just go to an ideal analysis, I click on schematic right, we should be getting the to one 05:50.560 --> 05:50.790 max. 05:50.850 --> 05:54.940 If that is the case, we correctly able to implement our system, right? 05:54.940 --> 05:58.270 So here you be able to invoke an ideal max right? 05:58.570 --> 06:04.840 And the two data inputs are connected to the to input pin that we have on and max and select line is 06:04.840 --> 06:06.310 also correctly connected, right? 06:06.310 --> 06:09.580 So we are correctly able to implement to S2 one.