WEBVTT 00:00.060 --> 00:08.040 So consider this quote we have 40 templates for our rate, each of a single bit, and that addiction 00:08.040 --> 00:13.980 is and we have a select line now since we have more input to select control, signal must have the size 00:13.980 --> 00:14.690 of right. 00:14.710 --> 00:16.410 So that is what we declared over here. 00:16.410 --> 00:20.760 And how could we will again have the same Typekit just anger and discord? 00:21.070 --> 00:21.320 Great. 00:21.810 --> 00:25.930 Now, since this is the combination of OK, so we proceed like this. 00:25.930 --> 00:27.630 So process, right? 00:27.630 --> 00:32.220 And inside the sensitivity list, we need to add, all right. 00:32.220 --> 00:40.250 So we have a b c d OK, which represent our D input and then our control input, which is great. 00:40.260 --> 00:42.840 So this is how we specify the process. 00:42.840 --> 00:48.570 Then we are at a great time since we have started a process and will just be ending our process, right? 00:49.230 --> 00:54.090 Then we try to add the keys right to Keith now. 00:55.090 --> 00:58.030 On the basis of different values of a select signal. 00:58.300 --> 01:00.550 OK, we will be choosing what should be. 01:01.890 --> 01:06.540 Sailed on an output, great, so for this case, the. 01:07.490 --> 01:13.430 Variable, which should be added to the cases saying right now, depending on the different value of 01:13.430 --> 01:17.290 a select, we will be choosing what should be the y value, right? 01:17.300 --> 01:22.540 So case is then we will be ending a rate. 01:22.550 --> 01:24.360 So here we have our data case. 01:24.360 --> 01:26.150 So here we have in data. 01:26.450 --> 01:31.490 Right now, we start adding those so selected of, say, stupid. 01:31.790 --> 01:37.880 Since this using multiple excel to specify the value we need to double rate when zero zero rate. 01:37.890 --> 01:44.820 So when selected as having a value of zero zero, then you need to connect y to it, right? 01:44.840 --> 01:48.980 So this is how we specify then zero zero, then you need to act. 01:48.980 --> 01:57.320 This way will be equal to E right, then it is equal to zero one, right. 01:57.320 --> 02:03.050 In that case, y will be equal to B. 02:03.080 --> 02:05.570 Now you could actually add the multiple steepening rate. 02:05.580 --> 02:07.610 So here we have added a single segment. 02:07.940 --> 02:13.890 You can also add a multiple statement if you want to perform a multiple operation during this great 02:14.540 --> 02:15.230 vein. 02:17.520 --> 02:19.770 We have a value of one zero. 02:19.860 --> 02:20.250 OK. 02:20.880 --> 02:24.060 So in that case, we will be able to see. 02:24.300 --> 02:24.570 Right. 02:25.140 --> 02:28.710 And when we have a value of one one. 02:29.070 --> 02:30.330 In that case? 02:32.020 --> 02:38.740 Why should be equal stewardship, right, so this completes our list for which we want to define the 02:38.750 --> 02:41.020 behavior and in the cases, right? 02:41.380 --> 02:51.070 So how we define the default is so we just tried when others this rate, why will be simply equals to 02:52.300 --> 02:52.590 see. 02:52.890 --> 02:53.170 Right. 02:53.170 --> 02:56.250 So this is how you define the default keys, right? 02:56.350 --> 02:56.620 Right. 02:57.040 --> 02:59.590 So this concludes our key statement now. 03:01.930 --> 03:07.840 So let's just try to invoke an article schematic, right, so we will be going to a right and we will 03:07.840 --> 03:13.320 be going to an art and analysis where we will be running the schematic option, right? 03:13.330 --> 03:17.950 So this will automatically end for the schematic, for the code that we have written, right? 03:18.280 --> 03:18.760 And. 03:20.350 --> 03:25.090 Here we have a forest one moths, which has been invoked, right? 03:25.270 --> 03:30.550 And the select line is connected to the select line of this ideal, saying we have all dirty Typekit 03:30.550 --> 03:31.960 connected to the respective thing. 03:32.200 --> 03:38.470 And if you remember this similar kind of schematic that we have invoked when we are discussing selected 03:38.470 --> 03:40.180 signet students, right? 03:40.390 --> 03:46.810 So the exactly same behavior could be observed with the key statement that we have with the selected 03:47.020 --> 03:48.000 signal statement. 03:48.010 --> 03:53.830 Hence, the good idea will be to work around with a key statement instead of in selected signals because 03:54.070 --> 03:56.770 both of the gives the seam the heat right. 03:57.190 --> 04:02.950 So this is how we utilize the key steeply in, and we know what we're going to do is we will be trying 04:02.950 --> 04:10.870 to implement one of the more frequently used circuit that is binary to seven segment decode array. 04:10.900 --> 04:16.900 So we feed on binary value and that will automatically give us the equal in seven segment value that 04:16.900 --> 04:21.020 could be used to turn on the specific digit on the seventh segment. 04:21.030 --> 04:21.250 This.