WEBVTT 00:00.240 --> 00:02.100 Now this is and sequence to circuit. 00:02.430 --> 00:03.810 So when we start with. 00:05.120 --> 00:10.310 The behavioral modeling said, because now why we are choosing a behavior modeling solution here is 00:10.310 --> 00:12.910 because we do not know an internal architecture of this. 00:13.640 --> 00:16.550 That is the good idea will be that we started to be evil. 00:17.180 --> 00:22.430 Right now, the first construct that we have for our behavior more next time is process, and we know 00:22.430 --> 00:23.740 that this is the sequence. 00:24.190 --> 00:26.690 So we just need to add a clock in this sensitivity list. 00:27.590 --> 00:28.150 So process. 00:28.400 --> 00:29.690 And then we have a big effect. 00:29.690 --> 00:32.480 So we decided that we will be working on a positive. 00:33.050 --> 00:36.350 So if we have a rising edge of a clock, then. 00:37.390 --> 00:37.690 OK. 00:37.960 --> 00:39.930 Then we started our students. 00:40.080 --> 00:43.800 Rachel, we will be working on this stage wherever case. 00:44.680 --> 00:44.890 Right? 00:45.220 --> 00:48.340 So first, it will be by default right here. 00:48.520 --> 00:54.880 What are we going to do with whatever we have on and could be that will be loading into the competitive 00:54.880 --> 00:55.300 district? 00:55.390 --> 00:55.720 OK. 00:56.080 --> 01:01.390 And then immediately we jump to the next, which is -- right now here. 01:01.420 --> 01:07.500 We need to perform this shift depending on the value that you that have applied on this board. 01:07.630 --> 01:08.560 That is great. 01:10.100 --> 01:17.720 So count, if count is less than ship now, remember that less than operator belongs to. 01:18.690 --> 01:24.660 Standard and disco logic, disco, unsigned package, right, so you need to make sure that you include 01:24.660 --> 01:25.400 this package. 01:25.680 --> 01:32.610 You are not allowed to use the relational operator with just this standalone disco logic and disco one 01:32.610 --> 01:34.050 one six four package. 01:34.050 --> 01:38.610 You're you need to specify the reader type that is whether it is on chain or sane. 01:39.010 --> 01:45.420 And since we are planning to work with then started on Disco Logic Day today, we need to include this 01:45.420 --> 01:48.570 package that is standard and this corelogic and disco mindset, right? 01:48.960 --> 01:51.690 So it is less than shift rates. 01:51.690 --> 01:54.300 So what we are doing is we are implementing count backward. 01:54.510 --> 01:57.140 So with each block we will be implementing a count. 01:57.150 --> 02:01.400 And one more thing that we are doing is whatever the value of them that we have, right? 02:01.410 --> 02:01.710 So. 02:03.190 --> 02:04.250 If you can observe. 02:04.370 --> 02:12.160 OK, so whatever we have it and let's be OK, we agree that it will be right and then rest of the bit 02:12.160 --> 02:14.440 is added to. 02:15.950 --> 02:19.760 The rising rate, so this is what we referred to as a writer, right? 02:20.310 --> 02:24.070 So if you just go ahead over here and try to understand the things, right? 02:24.440 --> 02:25.530 So this is the latest. 02:25.530 --> 02:25.870 It's you. 02:26.570 --> 02:26.830 Right? 02:26.840 --> 02:30.320 So it consists of six bits, right? 02:30.320 --> 02:37.520 So be five, be before the three be to be one and easy to write so far. 02:38.090 --> 02:41.810 So this represents a new value that we have in a shift district, right? 02:41.840 --> 02:44.470 So here we have a fight, right? 02:44.480 --> 02:45.800 So this will be all right. 02:46.400 --> 02:51.560 Then we have a before B three, b to B one and this b zero. 02:51.600 --> 02:51.820 OK. 02:52.070 --> 02:53.770 This will be two. 02:54.650 --> 02:56.000 They must be positioned, right? 02:56.030 --> 02:58.160 So this is the circular shift that we are performing. 02:58.940 --> 03:04.480 So to represent this equation, what we are doing with each new shift in a bit position is. 03:04.790 --> 03:05.120 OK. 03:05.420 --> 03:07.550 So we have to zoom temp. 03:08.150 --> 03:11.810 OK, that is having a size of five down to zero. 03:11.840 --> 03:12.110 Right? 03:12.350 --> 03:13.550 So this should be equals to. 03:14.270 --> 03:16.280 So this great. 03:16.310 --> 03:17.860 Five, four three two. 03:17.870 --> 03:19.430 What we need to shift right. 03:19.790 --> 03:22.790 And this b zero should be coming right and must be right. 03:22.970 --> 03:28.010 So we could take we could take the help of the concatenation. 03:28.010 --> 03:29.270 Operator OK. 03:29.720 --> 03:33.980 So we just use and I'm quoting now, this m is it should be the same. 03:35.610 --> 03:36.210 Zero. 03:36.250 --> 03:42.390 Right, and then there were five, which would be 10, five down to one. 03:42.840 --> 03:44.310 So this should be our expression. 03:44.430 --> 03:48.180 That is what we did in our source code also, right? 03:48.480 --> 03:54.720 So Tim, OK, we just fight to zero will be equals to think be it will be zero, then we have a contract 03:55.200 --> 03:57.980 and then we have temp five down to one right? 03:59.160 --> 04:04.590 So once this is done, this complete shift by a single politician, now we need to weed in this state. 04:04.710 --> 04:12.840 I did the complete the requested amount option, so as long as count is less than check, OK, we will 04:12.840 --> 04:19.290 be waiting in this shift street as soon as we reaches to the. 04:20.340 --> 04:26.040 Ship condition that is specified by an user, we will be going in the LSD page so where we can count 04:26.040 --> 04:29.330 to be equal to zero and then we are jumping into new right. 04:29.350 --> 04:30.440 So here we need to wait. 04:30.450 --> 04:37.350 If user do not have any new data else, we just need to lower the new data again, perform shifting 04:37.350 --> 04:40.400 and return the result of the shifting rate. 04:40.830 --> 04:41.910 So we are waiting. 04:41.930 --> 04:46.870 If new input is equal to one, then we jump back to a lawsuit where we are getting lower than Google 04:46.930 --> 04:48.240 to perform the ship right? 04:49.290 --> 04:53.580 And Al is what we are doing is we are weeping over here, right? 04:53.610 --> 04:58.520 This is what we going to do if a new import is equals, see right. 04:58.780 --> 05:04.080 And this we will be jumping to our first images, which will represent an ideal seat for us. 05:04.620 --> 05:05.530 So this is an episode. 05:05.880 --> 05:08.910 Now, if you consider why is an output great? 05:08.970 --> 05:12.420 So we have the value after the shift in a temporary variable. 05:12.450 --> 05:17.900 OK, so to assign the value to an output call, the process is very simple so we can just go ahead. 05:18.270 --> 05:19.110 Why the president? 05:19.860 --> 05:24.920 So why since represent that we value the signal assignment operators? 05:25.000 --> 05:26.120 Why will be question? 05:27.000 --> 05:27.270 Right. 05:27.280 --> 05:32.540 So this is how we will be assigning the value of the signal to an output. 05:32.760 --> 05:39.180 And we know that since Signal can be accessed outside the process, so we just allow an entire process. 05:40.570 --> 05:47.350 To be separate as compared to assigning the value to the great school, we have an entire process which 05:47.350 --> 05:52.650 is working on a segment and then outside the process we assign the value of them to a wife. 05:52.930 --> 05:57.670 So this completes the code, and here you could clearly see a green indication we are correctly following 05:57.670 --> 05:58.540 a language template. 05:58.570 --> 06:02.260 Right now, we go ahead and try to perform a simulation, right? 06:04.120 --> 06:12.190 So we need to apply across all right click Holtzclaw one two zero and then let just use a nanosecond, 06:12.550 --> 06:16.840 the input data should be suspect to be right click focus on student. 06:17.290 --> 06:22.480 Then we will be choosing the binary format one zero one one. 06:24.190 --> 06:30.110 Right, so this is our input data and the number of times we need to perform, ship this lady as you 06:30.530 --> 06:31.170 three, right? 06:31.190 --> 06:36.410 So this is an unsigned decimal value, so we'll just be choosing the right to be unsigned decimal and 06:36.410 --> 06:39.370 the value that we are going to add is three. 06:39.590 --> 06:43.330 So with this, we will also be changing the new input value, right? 06:43.340 --> 06:48.830 So what we're going to do is after we perform with respect to ship, we'll just be waiting for a user 06:48.830 --> 06:49.720 to add a new input. 06:49.730 --> 06:53.300 So let it just go ahead and apply zero value to a new input. 06:53.750 --> 06:56.120 So what this will do is this will allow us to. 06:57.000 --> 07:03.270 Perform shifting OK for our coalition lead, which we specified over here, and that will be continuously 07:03.270 --> 07:03.860 waiting in it. 07:04.400 --> 07:05.340 Last, right? 07:05.610 --> 07:06.570 So we go ahead. 07:07.680 --> 07:14.010 And try to perform an execution of this, right, so that this if you analyze, OK, so here we start 07:14.010 --> 07:19.950 to see a valid clock, signet rates will just to mean a bit and we'll try to change the rates of. 07:21.220 --> 07:22.600 Why, OK? 07:23.110 --> 07:23.860 And. 07:25.930 --> 07:29.320 Right, because this represent our occupancy rates and then. 07:29.860 --> 07:30.160 Right. 07:30.550 --> 07:35.760 So you could see here we have a value of one zero one one zero one. 07:35.980 --> 07:37.710 So this is the value that we have put in. 07:37.790 --> 07:39.250 This represented an input data. 07:39.610 --> 07:41.800 Then in the next uptick, we are performing. 07:41.910 --> 07:43.130 Right, you buy one right. 07:43.180 --> 07:48.780 So one zero one one zero will go right and this one will come forward and it must be right. 07:48.790 --> 07:51.520 So we have one one zero one Lindsay, right? 07:51.520 --> 07:54.960 So this is shipped by one right in the next. 07:55.360 --> 07:57.100 We get this shift by two. 07:57.400 --> 08:01.420 So here you will see we have this zero shifted to enemies', maybe. 08:01.460 --> 08:03.400 And then it shifted to right. 08:03.460 --> 08:03.680 Right. 08:04.240 --> 08:05.620 So there's this shift by you. 08:05.620 --> 08:11.410 And in the third logic, you could clearly see this one again, come to NMC and the rest of the containers 08:11.410 --> 08:12.250 shifted to our right. 08:12.250 --> 08:14.230 So there's this shift by three, right? 08:14.230 --> 08:16.780 So after we pop up shipped by three. 08:16.900 --> 08:19.360 OK, so here we have our output, right? 08:19.360 --> 08:22.370 So that is one zero one one zero. 08:22.390 --> 08:29.380 And now here we could actually either done signal that can be the user that we're able to perform the 08:29.380 --> 08:32.730 respect you ship, which is requested by a user, right? 08:32.740 --> 08:35.230 So that could be a more convenient system. 08:35.260 --> 08:39.970 So let me just go ahead and try to modify our system, right? 08:40.210 --> 08:44.470 So we'll add one more quote, okay, which will convey when we have a valid result, I have a legal 08:44.470 --> 08:44.680 right. 08:44.680 --> 08:46.360 So done. 08:46.630 --> 08:48.550 OK, this will have a directional pen out. 08:49.990 --> 08:50.300 OK. 08:51.010 --> 08:51.790 And then. 08:52.980 --> 08:57.090 We're just been standard and disco corelogic, right, so this represent our last sport, so we will 08:57.090 --> 08:58.740 not be adding any semicolon rate. 08:59.130 --> 09:02.910 So when we start our system, so here done should be easy. 09:03.880 --> 09:04.210 OK? 09:04.740 --> 09:10.860 And then when we perform a shift here then will be automatically zero since we are not changing are 09:10.870 --> 09:13.980 done in this city when we reach to a new data rate. 09:14.010 --> 09:18.240 So this represent the work done should be made right. 09:18.510 --> 09:22.410 So as soon as we reach to newly tested rates are done should be. 09:23.740 --> 09:25.270 Equals to what? 09:26.320 --> 09:29.050 So let me just go ahead and try to. 09:30.400 --> 09:33.880 Perform a Re-launched simulation, right, so we'll be going ahead. 09:34.090 --> 09:36.040 Just clicking on this re-launched simulation. 09:36.250 --> 09:40.840 Now, as soon as you update the pool, OK, you will be finding that. 09:42.100 --> 09:48.760 You do not automatically see l10n view for me, but the clock will be added over here where you see 09:48.760 --> 09:49.980 the series of great. 09:50.380 --> 09:55.500 So you just need to select Done, OK, right click and then you need to add it to a view. 09:55.510 --> 10:01.360 And right now you have your van over here and you just remove the existing vehicle that we have over 10:01.360 --> 10:01.870 here, right? 10:01.870 --> 10:04.090 So to do that, we just have a restart option. 10:04.090 --> 10:05.590 So just click on restart option. 10:05.860 --> 10:10.660 This will remove an existing vehicle that we get by default and will try to fool you. 10:10.660 --> 10:17.390 The first question to apply a value to a B OK one zero one one zero one right? 10:18.690 --> 10:21.330 The number of ship pollution that we want to. 10:22.110 --> 10:25.470 The number of pollution by which we want to shift our result is three. 10:25.500 --> 10:30.070 So we'll just be adding a three over here and an unchanged estimate clock right? 10:30.120 --> 10:32.520 Pickford's clock one to zero. 10:33.060 --> 10:35.880 And then we will be using the period of under nanosecond. 10:35.910 --> 10:39.830 New input will be zero rate, so we'll focus on street and see. 10:40.170 --> 10:42.740 So with this, we will be performing and execution of. 10:43.030 --> 10:47.640 Right now, you could clearly see here we start our operation right here. 10:47.640 --> 10:48.360 We have our. 10:49.320 --> 10:57.260 Why the input data is loaded in a computer register, this is a shift by when does this shift to do? 10:57.270 --> 10:59.310 And then this is shifted by Rachel. 10:59.310 --> 11:04.830 After we have a valid result, you could see be able to get that done right. 11:05.070 --> 11:06.510 So as soon as done is high. 11:06.930 --> 11:11.520 OK, you circle the canon, but I know this is delayed by one block cycle, right? 11:11.760 --> 11:17.050 This is because we are making darn high in the new data, right? 11:17.080 --> 11:19.980 So you would just add this signal. 11:20.040 --> 11:26.670 OK, so this signal over here and then in the previous uptick, we were able to get done. 11:27.090 --> 11:29.460 So with this latest relaunch simulation again. 11:31.110 --> 11:37.290 And then or B again puts question one zero one one zero one. 11:37.610 --> 11:44.220 This is in binary format for a shift we will be utilizing on St Decimal right click words Constitution, 11:44.650 --> 11:46.470 Unsane Decimal. 11:46.560 --> 11:48.290 And then it just added value of three. 11:49.280 --> 11:57.560 Clock, right click would clock one to settle period of a nanosecond and new input, will we again see 11:58.310 --> 11:59.030 it this way? 11:59.030 --> 12:00.160 Just try to execute. 12:00.590 --> 12:09.810 Now you could really see here we have a valid lead up to the ship and you could have done hide the clock, 12:10.130 --> 12:10.340 right? 12:10.820 --> 12:13.730 So we'll shift by one shift by two, ship by three. 12:13.730 --> 12:15.530 And then here you have done signal high. 12:15.560 --> 12:20.870 So as Redstone signals high use, it can now sample the detail from an output. 12:21.140 --> 12:23.510 This is how you design a circular shifter. 12:23.750 --> 12:24.110 OK. 12:25.040 --> 12:27.230 With the help of the behavioral modeling.