WEBVTT 00:00.120 --> 00:06.210 If you just go through the numeric standard package, you'll be finding we have a tap shift and rotate 00:06.210 --> 00:10.450 function, which include all the shift as well as rotate function. 00:10.470 --> 00:10.680 Right. 00:10.680 --> 00:16.590 So first, when we have the shift left, OK, which have an argument, as I'm saying, and it basically 00:16.590 --> 00:23.550 returns on, say, right now I'm saying leadership is declaring and I Atripla Numeric Standard Library, 00:23.620 --> 00:23.900 right? 00:23.910 --> 00:27.320 So here we need to use an unsigned today rate. 00:27.330 --> 00:31.800 So in the previous example, we considered standard analytical logic. 00:32.110 --> 00:34.320 Right here we will be discussing Unsane. 00:34.320 --> 00:41.190 And whenever you are in a situation where you want to perform and conversion between this to how you 00:41.190 --> 00:43.150 handle this will be our understanding next, right? 00:43.170 --> 00:47.640 So first shift left is used to perform the logical left shift right. 00:47.640 --> 00:53.610 So whenever we specified the argument to be Unsane, that basically is the logical shift. 00:53.610 --> 00:58.650 Right to similarly shift right with an unseen argument will give us the logical right shift. 00:58.650 --> 01:05.040 Right shift left within sine argument will basically provide us an automatic shift rate again, since 01:05.040 --> 01:12.420 we already know that the shift left and whether it is logical or not metric is exactly correct, right? 01:12.420 --> 01:14.910 So you won't be finding any differences between them. 01:15.300 --> 01:24.150 But when we consider the shift to right with Sinochem, right, so this gives us the automatic right 01:24.300 --> 01:24.990 shift, right? 01:24.990 --> 01:29.190 So you could clearly see perform a shift right on the sine vector. 01:29.370 --> 01:29.730 OK. 01:30.060 --> 01:35.300 And then the vacated positions are filled with the left most element right and left. 01:35.310 --> 01:38.340 Mostly elements basically represent the sign MC rate. 01:38.520 --> 01:42.180 So this is what we refer to as an Hartmut ActionScript. 01:42.210 --> 01:47.870 This makes it so let it just go ahead and try to work with this shift, right? 01:47.880 --> 01:49.290 So we go ahead. 01:49.860 --> 01:54.300 And first thing that we declare is this is you a library, right? 01:54.300 --> 01:59.730 So we need to include a library that allow us to work with all those operating right. 01:59.740 --> 02:04.600 So we like to use AI Tripoli Dot Numeric. 02:05.220 --> 02:06.400 OK, standard. 02:06.530 --> 02:08.160 All right, this makes sense. 02:08.640 --> 02:15.210 So this is how we include the numeric standard library, which consists of all the shift function. 02:15.540 --> 02:19.120 And along with that declaration, four are unsigned unsigned. 02:19.590 --> 02:21.240 Right now, we proceed with the signal. 02:22.320 --> 02:22.710 OK? 02:23.250 --> 02:26.550 We declare resumed in Rachel, which represent. 02:26.790 --> 02:29.930 So which basically represent the original data. 02:29.940 --> 02:32.030 OK, before a shift operation, right? 02:32.820 --> 02:35.430 We're now we declared an on type right. 02:35.640 --> 02:38.970 Again, similar to a standard underscore logic underscore vector. 02:39.180 --> 02:46.430 We could specify the multiple, but by utilizing three down to zero or 0.3, right. 02:46.440 --> 02:49.340 So I'm saying, let's assume that we work on forward. 02:49.350 --> 02:50.790 So three down to zero. 02:50.970 --> 02:53.900 OK, and we'll be initializing this tool. 02:53.980 --> 02:56.220 This is in one zero one zero. 02:56.370 --> 02:56.720 Right. 02:56.730 --> 03:00.000 So this complete the declaration of a sickness temp, right? 03:00.000 --> 03:07.200 And then we declared the two move signal right to one will be holding the result of a right logical 03:07.200 --> 03:11.250 shift, and they will be holding a result of left logical shift right. 03:11.250 --> 03:14.560 So the left logic shift? 03:14.580 --> 03:14.920 OK. 03:14.940 --> 03:18.270 This should again be when we work with Unsane D Drive. 03:18.270 --> 03:26.580 So this should also be an Unsane way because then if we add an argument, OK, so if we add an argument 03:26.580 --> 03:33.270 as an unsane visited in an unsafe rate to the variable which hold the result must also be of an unsigned. 03:33.460 --> 03:36.010 So here also we are on st. 03:36.180 --> 03:36.540 OK. 03:36.630 --> 03:38.490 Three down to zero. 03:38.610 --> 03:40.710 OK, and let it just initialize this too. 03:41.190 --> 03:43.110 All right, this makes sense. 03:44.670 --> 03:45.030 OK. 03:45.420 --> 03:51.750 Next one is let's just declare one more variable, which will be holding the result of logical right 03:51.750 --> 03:52.320 shift, right? 03:52.680 --> 03:54.420 So logical, right? 03:54.600 --> 03:56.210 And shift, OK. 03:56.520 --> 04:05.670 Again, this would be off day one saying OK, saves would be three down to zero, and then we will be 04:05.760 --> 04:07.700 adding again for zero three. 04:07.950 --> 04:09.030 So this makes sense. 04:09.330 --> 04:12.930 So now we proceed right when we consider the data flow more like states. 04:12.930 --> 04:18.770 So how we assign your value to signal or a book is by utilizing the signal assignment operator, right? 04:18.790 --> 04:25.590 So they just use the left logical shift right, then the signal assignment operator, right? 04:26.280 --> 04:28.040 Then we use the function rate. 04:28.050 --> 04:31.110 The function for us is to perform the shift left. 04:31.140 --> 04:34.180 We will just be invoking shift left right. 04:34.200 --> 04:36.910 Now this have two argument, right? 04:36.910 --> 04:45.180 So first one is the value OK, or the variable whose value we want to shift and then the number of big 04:45.180 --> 04:46.920 positions that we want to shift, right? 04:46.920 --> 04:52.150 So let's assume we want to perform the left and right shift by a factor of one right. 04:52.380 --> 04:55.290 So we want to shift by a single bit position, right? 04:55.290 --> 04:59.910 So we add shift left the variable whose value we want to shift. 04:59.990 --> 05:04.070 Is Dean right, so this represent the data source for us, which is Dean. 05:04.310 --> 05:08.270 And then we want to perform the shift by a single big party. 05:08.750 --> 05:12.590 So this is how we use shift left similarly right. 05:12.860 --> 05:14.390 OK, so logical, right? 05:14.390 --> 05:14.750 Shift. 05:15.710 --> 05:21.620 OK, and this again, we will be utilizing the signal assignment operator. 05:21.680 --> 05:23.660 OK, so the function is shift. 05:24.230 --> 05:25.640 Then we have all right again. 05:25.640 --> 05:29.870 We need to specify the source of our data, which is Dean, OK? 05:29.870 --> 05:33.110 And then there are a number of additions that we want to shift, right? 05:33.120 --> 05:34.370 So this completes the call. 05:34.700 --> 05:41.420 Now what we going to do, it will just be receiving a call and we first perform simulation of this right 05:41.420 --> 05:45.830 and then later on, we will be working with an automatic right. 05:45.830 --> 05:53.210 So let's just go ahead and try to perform simulation rates or we'll go ahead and perform a behavioral 05:53.210 --> 05:53.840 simulation. 05:55.070 --> 05:56.230 Now if you also. 05:56.280 --> 05:56.600 Right. 05:56.600 --> 06:01.700 So let me just go ahead and change the radius of all the bus to the binary. 06:02.060 --> 06:04.530 OK, so relics and binary. 06:04.580 --> 06:09.560 So right click on a bus, OK, then change the rates to a binary. 06:11.710 --> 06:14.590 Now, if you observe, right, so if I just zoom in a bit. 06:14.990 --> 06:19.400 So we have an additional canteen in our register as one zero one zero. 06:19.420 --> 06:19.720 Right. 06:19.720 --> 06:23.050 So left, right or left shift will be left. 06:23.050 --> 06:28.990 Shift will be adding the 08 and MSP saved rate. 06:28.990 --> 06:31.700 So you could clearly see this one zero one. 06:32.710 --> 06:33.030 OK. 06:33.250 --> 06:40.180 So when we consider the left shift right, then that gives zero will be added at analyst bit rate and 06:40.180 --> 06:44.710 whatever we have it and MSP will be simply doing all right. 06:44.710 --> 06:50.980 So we have one at the MSB, so that will be thrown out again and then zero one zero will be shifted 06:50.980 --> 06:52.000 in this direction, right? 06:52.000 --> 06:54.310 So you can see we have zero one zero. 06:54.550 --> 06:54.850 OK. 06:54.850 --> 06:58.240 And then we have added zero and it's be great. 06:58.240 --> 06:59.410 So this is our left shift. 06:59.920 --> 07:02.200 And when we consider, all right, shift, right? 07:02.440 --> 07:07.720 So in this case, the value that we have on any list, we will be thrown out, right? 07:07.730 --> 07:12.170 So this zero will be one and one zero one will be shifted in the right direction, right? 07:12.190 --> 07:16.660 So we have one zero one over here and we add zero right and it must be said great. 07:16.670 --> 07:19.210 So this is working as expected right now. 07:19.210 --> 07:22.450 We proceed and first load the simulation right. 07:23.770 --> 07:30.450 Then we proceed to declare now if you remember, OK, so our package. 07:30.460 --> 07:36.670 So just as that, whenever we want to perform an automatic shift, OK, so the data that we need to 07:36.670 --> 07:41.830 feed as an argument should be sine and the variable that will be holding the result should also be assigned 07:41.830 --> 07:42.130 right. 07:42.400 --> 07:48.310 So we could not simply work with this data because we declare it to be the Unsane day right now. 07:48.310 --> 07:52.250 What we're going to do is we declare signal right to be in to. 07:52.870 --> 07:53.230 OK. 07:53.440 --> 07:55.480 This will be all the same rate. 07:55.480 --> 07:58.570 Again, we need to specify the size. 07:58.960 --> 07:59.320 OK. 07:59.590 --> 08:03.200 And then let it just add some random number, right? 08:03.220 --> 08:04.450 Two one zero one zero. 08:05.050 --> 08:12.520 Then we require two variables which will be holding the value of the automatic left and right. 08:12.520 --> 08:18.070 Shift rates already just declared this to be automatic left shift right. 08:18.430 --> 08:20.410 They should also be off sine die right. 08:20.410 --> 08:24.190 So saying again side will be three down to zero. 08:24.340 --> 08:24.700 OK. 08:25.180 --> 08:27.190 And let's just initialize it to. 08:27.190 --> 08:28.240 All right. 08:29.320 --> 08:35.530 Similarly, we required one more variable, which will be touring the result of our automatic right 08:35.530 --> 08:35.850 shift. 08:35.860 --> 08:36.190 OK? 08:36.670 --> 08:39.970 And again, size will be all fobbit and. 08:41.460 --> 08:44.580 We will be initiating it with you right now, we proceed. 08:44.970 --> 08:51.570 OK, so let me just use it and shift that is automatically left shift and this will be Quest two again. 08:51.570 --> 08:52.710 The operator will remain. 08:53.100 --> 08:55.050 That is Signal assignment operator. 08:55.050 --> 08:56.370 We just need to use shift. 08:56.520 --> 08:57.720 OK, again left. 08:57.900 --> 08:58.980 This will work fine. 08:59.410 --> 09:05.340 OK, so depending on the argument that you specify those specific type of shifts choosing right? 09:05.350 --> 09:13.640 So if you buy an argument as a lot Unsane, OK, in that case, the logical shift will be choosing who 09:13.650 --> 09:17.480 you are will be getting the result, which is equivalent to a logical shift. 09:17.820 --> 09:22.770 And when we specify an argument to be saying in that case, we will be getting the result, which is 09:22.770 --> 09:24.570 equivalent to an automatic shift right. 09:24.570 --> 09:25.260 So shift left. 09:25.860 --> 09:28.530 The source of data for us is Steve to. 09:28.650 --> 09:33.450 OK, and let's assume you may want to perform shift by position of what right? 09:34.500 --> 09:38.500 So this completes the code for our automatic left shift. 09:38.520 --> 09:41.110 Now we have an automatic right shift, right? 09:41.130 --> 09:42.960 This is equal to shift. 09:43.560 --> 09:46.110 OK, and then we'll be utilizing right? 09:46.290 --> 09:46.610 OK. 09:46.950 --> 09:49.290 The source of data for us, this gain do. 09:49.410 --> 09:51.140 And the number of pain. 09:51.390 --> 09:56.660 The number of positions we want to shift is again, what makes this complete the quarter? 09:56.670 --> 09:57.870 They just see output. 09:58.260 --> 10:04.680 OK, and then try to again perform a simulation right now if you observe, right? 10:04.680 --> 10:09.090 So we will just be deleting dean and logical shift rate. 10:09.090 --> 10:13.290 So we'll just be using the bus and then press the delete button, right? 10:13.290 --> 10:21.540 So this will remove the logical shift and dean from our V from you right now, we will be changing the 10:21.540 --> 10:22.410 ratings 10:24.660 --> 10:25.320 for. 10:27.690 --> 10:30.070 All the variables to a binary. 10:30.090 --> 10:36.330 Now you could see we have one zero one zero rate when we consider a left shift right, so left shift, 10:36.330 --> 10:40.800 what it will do is whatever we have, one and a bet will be simply thrown out, right? 10:40.820 --> 10:42.180 So this one will be gone. 10:42.630 --> 10:45.180 Zero one zero will be shift in the left direction. 10:45.180 --> 10:48.930 So we have a zero one zero and then we add zero at Analyst River Trade. 10:48.930 --> 10:54.210 So this is exactly similar to what we been observing in that logical left shift, right? 10:54.570 --> 10:57.300 But when we observe the right shift, right? 10:57.420 --> 10:59.600 So this zero will be thrown out, right? 10:59.610 --> 11:04.140 As usual, this is thrown up in one zero one is shifted in the right direction. 11:04.350 --> 11:09.240 And whatever sign that we have is maintaining, then it must be positioned right. 11:09.240 --> 11:12.270 So whatever recorded position that is being created? 11:12.540 --> 11:12.890 OK. 11:13.110 --> 11:19.080 As we remove the bits that will be filled by those signed, but that we have right. 11:19.080 --> 11:23.760 So you're saying it is until we have a single bracketed position because we are performing shift by 11:24.000 --> 11:24.900 a factor of one. 11:25.150 --> 11:29.650 So that will be filled with the value that we have on and saying. 11:29.670 --> 11:31.650 But in this case, it is what right? 11:33.360 --> 11:38.850 So this is how we work within logical and an automatic shift.