WEBVTT 00:00.330 --> 00:08.160 This is you may modify this code such that we are able to enlist how we include the multiple conditions 00:08.440 --> 00:13.710 in any field blocks, always try to implement forest to one max to be said. 00:14.280 --> 00:17.510 These are the four data inputs that we have for our books. 00:17.940 --> 00:18.200 OK. 00:18.690 --> 00:25.230 And this is having the type that's standard and the scholarship rate and the direction it's in right 00:25.240 --> 00:25.650 now. 00:25.650 --> 00:31.350 In this case, when we have a full input to our mucks should have a controlled bin of, say, stupid 00:31.350 --> 00:31.610 grades. 00:31.740 --> 00:39.060 Select should have a set of two bits of standard and logic and vector, and then we will just be adding 00:39.060 --> 00:40.080 one down to zero. 00:40.090 --> 00:46.680 This is how we specify the Two-Bit Select Line Right and then y will again have the same type as our 00:46.680 --> 00:47.670 input, which is standard. 00:47.670 --> 00:51.450 And this code logic only if it has been the direction which is out right now. 00:51.450 --> 00:54.230 This represents the combination of system monkey, right? 00:54.240 --> 00:56.950 So we need to include all the input in a process block. 00:56.970 --> 00:59.700 So we have a ABCD and select as our input. 01:00.090 --> 01:02.830 So B and Select is already included. 01:02.850 --> 01:04.800 We just need to add C and right. 01:04.800 --> 01:08.000 So this is how we declare the combination of process. 01:08.010 --> 01:11.160 Now we proceed and try to write the code for it. 01:11.160 --> 01:14.800 Greater will just be commenting this entire process. 01:14.820 --> 01:19.170 Let it just go ahead and come in this entire process and create the new process, right? 01:19.440 --> 01:21.960 So after begin, right? 01:21.960 --> 01:23.970 So we start with the process. 01:24.270 --> 01:28.470 And since this is a compilation process, we need to add all the input, right? 01:28.470 --> 01:34.590 So A, B, C, D and select all the input should be included in the process and so do the list, then 01:34.590 --> 01:36.120 we are to begin right? 01:36.420 --> 01:40.430 And since we have started the process, we will just be ending a process, right? 01:40.680 --> 01:44.160 If you want to provide the name to a process, you could also provide a grade. 01:44.160 --> 01:50.130 So this represent our combination of the process, provide the name at a cool rate. 01:50.130 --> 01:54.030 So this is how you give a name to or a label to the process, right? 01:54.630 --> 01:56.400 Then we proceed like this. 01:56.400 --> 02:03.990 So if right, so if select is equal to zero zero, so we have the multiple dwellings you need, we need 02:03.990 --> 02:05.430 to use the double click rate. 02:05.430 --> 02:07.350 So if it is zero zero, then. 02:08.430 --> 02:15.410 Then in that case, why OK, way to present our output port, so we by which we are saying no value 02:15.420 --> 02:20.990 evaluators, by utilizing the signals assignment operators, the way will be cost way else. 02:21.000 --> 02:28.280 If rate sales will be like this rate, then we specified the condition, so select will be close to 02:28.320 --> 02:28.690 again. 02:28.710 --> 02:30.270 Readable Code 01. 02:30.960 --> 02:31.320 OK. 02:31.350 --> 02:32.880 Again, you need to add 10. 02:32.910 --> 02:35.160 And here we will be able to be. 02:36.160 --> 02:37.510 Rape and --. 02:38.840 --> 02:43.280 And they've selected is equal to one zero. 02:43.550 --> 02:44.450 OK, there. 02:45.510 --> 02:49.260 Why will be calls to sea and in the rest of the case, right? 02:49.500 --> 02:52.820 The last case represent, then select is one one. 02:52.830 --> 03:01.860 We need to connect it to the right or else if right now remember we are not utilizing edge or here because 03:01.860 --> 03:05.550 when we consider united and this cold logic, we have nine different levels, right? 03:05.560 --> 03:06.840 So if we consider it is. 03:07.290 --> 03:13.830 So even though if we have a value other than one one, right, so we still will be connecting way to 03:13.870 --> 03:17.250 the end, that is what that is, not what we are expecting, right? 03:17.280 --> 03:27.660 Or else if we will just be adding select equals to one one, OK, then in that case, we will be connected 03:27.660 --> 03:28.190 to D.. 03:28.860 --> 03:29.190 OK. 03:29.920 --> 03:31.200 LS ls. 03:31.200 --> 03:34.770 Indicating all the conditions which are not mentioned over here, right? 03:34.770 --> 03:36.180 So this will be the combination. 03:36.750 --> 03:44.320 Other than 192 in that case, why will we simply want to see right, so single could and sit next to 03:44.340 --> 03:45.840 this complete all the. 03:47.040 --> 03:52.500 States that we want to including an if statement, so as soon as you finish the definition of an if 03:52.860 --> 03:57.530 you just need to use and if rates in space, if right. 03:57.560 --> 04:02.400 So this completes the call and you'll be finding here, we get a green indication, right, that we 04:02.400 --> 04:08.580 correctly follow a language languished literally just go ahead and see what is the circuit that is invoke 04:08.590 --> 04:09.390 out of this code. 04:09.400 --> 04:11.460 So we'll just be reloading our schematic. 04:11.700 --> 04:20.900 And one thing that you'll be recognizing is this basically need to a creation of a gene of a Marxist 04:20.900 --> 04:21.180 state. 04:21.510 --> 04:27.870 So remember, you already have seen this circuit right when we discuss a conditional signals achievement, 04:28.260 --> 04:30.920 a similar kind of network is created right. 04:30.930 --> 04:36.840 And there we have discussed that whenever you have a situation where you want to utilize the complex 04:36.840 --> 04:42.270 expression, we prefer to go with that behavioral modeling style instead of a dataflow molding state. 04:42.450 --> 04:48.540 And the reason being you could clearly see with any field statement, OK, we are able to achieve the 04:48.540 --> 04:53.730 same gene of a muxes or the same logic that we could get with the conditional signal statement. 04:54.000 --> 05:00.360 So whenever you have a situation now to implement a complex expression retreat of low modeling states, 05:00.390 --> 05:05.790 you'll see that if you could implement it with the behavioral modeling state, proceed with behavioral 05:05.790 --> 05:06.600 modeling exchange rate. 05:06.600 --> 05:09.810 So this is exactly similar what we get in a previous case. 05:09.870 --> 05:10.740 All right. 05:11.040 --> 05:13.800 So this is how we work around with. 05:15.000 --> 05:15.390 The. 05:16.550 --> 05:21.680 A failed blog that we have in and behavioral morning, say now what we're going to do is we'll just 05:21.680 --> 05:26.240 be performing a simulation just to verify whether our system is correctly operating. 05:26.240 --> 05:31.040 Rachel will click on run simulation and we perform behavioral simulation, right? 05:31.040 --> 05:34.730 So we'll be applying a set of a stimulus to all the input. 05:34.730 --> 05:40.430 And as we change the value of select, we'll be observing whether we correctly receive the signal that 05:40.430 --> 05:41.900 we have on in the input. 05:42.200 --> 05:49.490 OK, so let me just go ahead and try to apply the clock for all the inputs right to eat right click 05:49.490 --> 05:50.630 foods clock right? 05:50.630 --> 05:57.590 So one two zero and then we will be adding a period as a nanosecond rate. 05:57.590 --> 06:00.110 So leading edge will be one, trailing edge will be zero. 06:00.410 --> 06:03.260 The period that we have to turn is 100 nanosecond rate. 06:03.260 --> 06:08.780 So far, we will be choosing some different periods when one zero does remain common and the period 06:08.780 --> 06:11.990 that we have chosen over is three hundred nanosecond. 06:11.990 --> 06:18.650 For C, let it just use a different rates of food clock one to zero. 06:19.800 --> 06:27.570 And then here, the parade will be choosing its 500 nanosecond for the first look, right, one two 06:27.570 --> 06:27.960 zero. 06:28.380 --> 06:32.490 And the period that we will be adding is 700 nanoseconds right now. 06:32.500 --> 06:38.130 What we're going to do is we will be changing the value of selected religious force consumed because 06:38.130 --> 06:41.370 select is multilayered so we cannot use food clock, right? 06:41.370 --> 06:45.720 So we will be using foods constrained and let it just add a value of zero zero, right? 06:45.750 --> 06:49.200 So this basically mean that we should follow. 06:49.470 --> 06:49.830 Right. 06:49.860 --> 06:54.520 So let's just go ahead and try to run it for thousand nanosecond. 06:54.540 --> 06:54.840 Right. 06:54.840 --> 07:01.460 So if you just click on one button and try to click on Souffert, right, you could see the waveform 07:01.530 --> 07:09.120 that y is following is exactly equivalent to a right because this is expected as select values. 07:09.450 --> 07:13.780 Now let me just try to change the select value to zero one, right? 07:13.800 --> 07:15.450 So when we are at 20 to one. 07:15.870 --> 07:17.640 And if you just try to. 07:18.560 --> 07:24.110 Both form and execution of the stimulus, you could clearly see that. 07:24.470 --> 07:27.140 And we have a value of one over here, right? 07:27.440 --> 07:31.970 So you have a reform, which is exactly following the reform. 07:32.750 --> 07:33.050 Right? 07:33.590 --> 07:41.330 Similarly, if you just use the food constitution and apply the value as one zero right now, why should 07:41.330 --> 07:42.080 policy? 07:42.620 --> 07:42.840 Right. 07:42.920 --> 07:45.140 And that is what is happening over here, right? 07:45.180 --> 07:47.510 And if you apply one one. 07:49.450 --> 07:55.660 OK, in this case, why should follow right away should follow the right. 07:55.690 --> 08:00.740 So here you could see now we have the view form, which is exactly equal to hate. 08:01.570 --> 08:06.860 So this is how you could verify and operation of the forest to one rate.