1 00:00:00,060 --> 00:00:06,330 So when we are working with it, you can see we do not have a simple qualification such as lowering 2 00:00:06,330 --> 00:00:11,840 a counter value and then you are ready to start to counter and then you'll get a respectively, OK, 3 00:00:11,850 --> 00:00:17,590 but instead we need to work around with our frequency as well as an incumbent right and then be skilled. 4 00:00:17,660 --> 00:00:20,040 So these are the parameters we need to calculate. 5 00:00:20,610 --> 00:00:24,750 And one more parameter, which is very useful for us, is an option. 6 00:00:24,780 --> 00:00:27,260 OK, so option frequency pre-schooler. 7 00:00:27,600 --> 00:00:34,200 But these are the few parameters which will be frequency utility, OK for achieving the specified operation 8 00:00:34,200 --> 00:00:35,100 for all markets. 9 00:00:35,190 --> 00:00:41,070 So usually what we do with an ETS is to define a structure that will hold all of them together, right? 10 00:00:41,430 --> 00:00:42,750 So we'll proceed with it. 11 00:00:43,040 --> 00:00:44,580 The Typekit struck. 12 00:00:44,580 --> 00:00:46,050 This is how we add a structure. 13 00:00:46,500 --> 00:00:51,410 OK, we'll just be naming this as DDC setup, right? 14 00:00:52,170 --> 00:00:53,640 And then take this. 15 00:00:53,640 --> 00:00:56,400 The members that we have is first. 16 00:00:56,400 --> 00:01:01,810 One is the frequencies of frequency, have you 32 as the data type. 17 00:01:01,830 --> 00:01:04,410 So we'll just go ahead, rely on you that you do. 18 00:01:04,530 --> 00:01:07,470 And this will represent our output frequency. 19 00:01:07,550 --> 00:01:07,830 Right. 20 00:01:07,840 --> 00:01:10,410 This is the first member that we have in and structure. 21 00:01:10,830 --> 00:01:14,460 The next one is an interval, so it is of Type X interval. 22 00:01:14,470 --> 00:01:19,450 So we'll just be utilizing the same data and we'll just be naming this as interval, right? 23 00:01:19,470 --> 00:01:24,510 The third member that we have is a scalar and that is of us type, right? 24 00:01:24,540 --> 00:01:25,740 So you wait. 25 00:01:26,400 --> 00:01:28,410 And then three scaled right. 26 00:01:28,450 --> 00:01:34,200 This is the third member and the last one that we require is an option and it is off you 32 type. 27 00:01:34,210 --> 00:01:38,670 So we will go ahead and you will lead you 32 option, right? 28 00:01:38,670 --> 00:01:42,150 So these are the all the members that we will be frequently utilizing. 29 00:01:43,510 --> 00:01:48,610 OK, so this complete structure now will go to a main program, and we'll just create an instance of 30 00:01:48,610 --> 00:01:49,180 a structure. 31 00:01:49,230 --> 00:01:49,450 Right. 32 00:01:49,450 --> 00:01:51,100 So this is a mean program here. 33 00:01:51,640 --> 00:01:54,950 We will be adding to this society and we'll just be naming this. 34 00:01:55,660 --> 00:02:02,320 Right now, here we are calling in and let it just initialize some random meet over here. 35 00:02:02,410 --> 00:02:05,740 So let's assume we are targeting an output frequency of one or so. 36 00:02:05,740 --> 00:02:10,240 We'll just be mentioning output frequency and the parameter will just be keeping zero. 37 00:02:10,310 --> 00:02:10,510 Right. 38 00:02:10,520 --> 00:02:16,870 So this will be the simplest set of data that we send to the TTC right now. 39 00:02:17,470 --> 00:02:21,940 Here the option is, you know, depending on the option that we want. 40 00:02:21,970 --> 00:02:30,490 So usually we will be starting with a very simple option that is utilizing an interval mode and counter 41 00:02:30,490 --> 00:02:32,920 that we are targeting is then down on the right. 42 00:02:32,920 --> 00:02:36,760 So due to achieve it, we have certain options, right? 43 00:02:36,760 --> 00:02:40,620 So we would see it basically decrement account for that. 44 00:02:40,630 --> 00:02:44,200 You have to apply this option and then interval mode. 45 00:02:44,350 --> 00:02:46,450 So these are the two things that will be hiding. 46 00:02:46,810 --> 00:02:49,590 So let it just go over here and option. 47 00:02:49,600 --> 00:02:56,200 OK, so data is an instance of party structure and then we have an option inside it. 48 00:02:56,410 --> 00:02:59,290 So the option will be equals. 49 00:02:59,320 --> 00:02:59,620 Two. 50 00:03:00,460 --> 00:03:00,820 OK. 51 00:03:01,180 --> 00:03:05,050 Detailed options or whatever previous value that our option will have. 52 00:03:05,620 --> 00:03:05,980 OK. 53 00:03:06,580 --> 00:03:12,350 All with this will be all right with the two mode that we learned. 54 00:03:12,550 --> 00:03:15,050 So first one is an account. 55 00:03:15,070 --> 00:03:22,670 They should be operating in a download and the next thing that we will be adding is the interval right 56 00:03:22,720 --> 00:03:26,050 to decide the two things that will be adding here, right? 57 00:03:26,710 --> 00:03:32,040 So once we select an option, though, the next step is to set the option, right? 58 00:03:32,050 --> 00:03:34,680 So we'll go ahead right here. 59 00:03:35,590 --> 00:03:38,650 And we must be having an EPA to second option. 60 00:03:38,650 --> 00:03:39,780 So let me go. 61 00:03:40,570 --> 00:03:43,120 And here you haven't set the option, right? 62 00:03:43,120 --> 00:03:46,860 So you just need to pass an option over here that it just called EPA. 63 00:03:47,770 --> 00:03:48,160 OK. 64 00:03:48,190 --> 00:03:49,810 We just need to pass an instance. 65 00:03:49,810 --> 00:03:52,180 So for us, an instance, actually sudsy. 66 00:03:53,530 --> 00:03:59,320 And the option is student leader dark option, right? 67 00:03:59,350 --> 00:04:04,970 This completes the first configuration where we set up an option depending on the mood that we want. 68 00:04:04,990 --> 00:04:09,070 The next step is to configure in as well as. 69 00:04:09,910 --> 00:04:11,440 So we do not have a direct. 70 00:04:12,540 --> 00:04:20,100 So usually what we do instead of sitting up directly this killer, the interval value is we calculate 71 00:04:20,100 --> 00:04:26,250 interval and pre-schooler from this function that is basically calculate interval from our frequency. 72 00:04:26,460 --> 00:04:31,950 OK, and then we will be utilizing this pre-schooler into what which is written by this function into 73 00:04:31,950 --> 00:04:34,500 secretary skill set interval, right? 74 00:04:34,800 --> 00:04:36,690 So let's just first call this function. 75 00:04:37,500 --> 00:04:43,980 OK, here we just need to pass if you just analyze an argument, so instance structure. 76 00:04:43,980 --> 00:04:49,290 So for us, it is D.D.S., then we require two percent output frequency. 77 00:04:49,300 --> 00:04:57,780 Data output frequency is already in the structure, so data dot and output frequency right then we are 78 00:04:57,780 --> 00:05:01,680 required to bias the pointer to x interval. 79 00:05:01,680 --> 00:05:03,330 I'm going to do p schema, right? 80 00:05:03,330 --> 00:05:05,760 So we'll just be utilizing again and I'm pushing. 81 00:05:06,240 --> 00:05:09,300 OK, ampersand for us an interval. 82 00:05:09,310 --> 00:05:13,470 It's inside the data structure, so it's not interval, right? 83 00:05:13,470 --> 00:05:14,550 So it required a point. 84 00:05:14,550 --> 00:05:16,350 This will just be passing an address. 85 00:05:17,130 --> 00:05:22,250 And the last argument that we have is the pre-schooler, right? 86 00:05:22,260 --> 00:05:26,790 So data dot risk will just be passing an address of this right. 87 00:05:27,120 --> 00:05:34,080 So this will calculate the interval as well as flicking light from an output frequency that we specified 88 00:05:34,080 --> 00:05:34,560 over here. 89 00:05:34,830 --> 00:05:35,160 OK. 90 00:05:35,370 --> 00:05:42,440 And then we go utilize interval like v scalar to set the specific values inside, right? 91 00:05:42,780 --> 00:05:48,060 So to set up the pre-schooler, we have this EPA where we just need to pass an instance structure and 92 00:05:48,060 --> 00:05:53,250 a particular rally rate, so they just go ahead and try to this over here. 93 00:05:54,180 --> 00:06:01,020 OK, so whereas an instance of GTC and the scalar value is same, data are not. 94 00:06:01,980 --> 00:06:02,250 Right. 95 00:06:02,640 --> 00:06:07,730 So we have detailed a preschooler value from this function and then we'd just be passing it here. 96 00:06:08,250 --> 00:06:10,470 The next one is second table, right? 97 00:06:10,470 --> 00:06:13,320 So that is something which we've not done yet. 98 00:06:14,040 --> 00:06:19,890 So if you just analyze the EPA is that we have so quick, we will be over here. 99 00:06:19,890 --> 00:06:25,110 OK, so this gives us an idea without schooling for an entire drive, but we could just look for the 100 00:06:25,110 --> 00:06:26,460 function that we are targeting. 101 00:06:26,670 --> 00:06:28,200 So we are targeting set interval. 102 00:06:28,230 --> 00:06:34,170 You just need to click over here and then we will automatically take you to the specific function. 103 00:06:34,980 --> 00:06:36,990 But just this spacing it over here. 104 00:06:38,210 --> 00:06:44,260 And do things that it acquired as forcefully as an insurgent structure and then kill bin Laden, so 105 00:06:44,270 --> 00:06:46,370 it is brethren inside Detroit. 106 00:06:46,910 --> 00:06:47,210 Right? 107 00:06:47,780 --> 00:06:54,170 So this completes the setting up an option in which we will be operating our kids that is working in 108 00:06:54,170 --> 00:06:54,830 it endowment. 109 00:06:55,280 --> 00:07:03,120 And we also said to the peace killer, as well as interval from the frequency right now will proceed. 110 00:07:03,140 --> 00:07:05,300 So let me just utilize. 111 00:07:06,860 --> 00:07:11,980 OK, so this means we will be running our operation until we forcefully apply this strike. 112 00:07:12,530 --> 00:07:15,080 We'll just be calling the start function. 113 00:07:15,080 --> 00:07:15,340 No. 114 00:07:15,620 --> 00:07:21,350 OK, then we'll be waiting for timer to roll out and then we will be stopping. 115 00:07:22,050 --> 00:07:22,340 Right? 116 00:07:22,850 --> 00:07:30,370 So for setting an EDC, OK, here, if you just look for stuff, so you have a start up. 117 00:07:30,560 --> 00:07:33,470 So we'll just be calling it and we need to pass an instance. 118 00:07:34,100 --> 00:07:44,320 So let it just start our GDC that we do not have something like is expired as we have in a private timeout, 119 00:07:44,390 --> 00:07:44,640 right? 120 00:07:44,840 --> 00:07:47,450 But here we do have a counter right. 121 00:07:47,550 --> 00:07:47,790 Right. 122 00:07:47,810 --> 00:07:52,630 So this basically since we are working in and down mode. 123 00:07:53,060 --> 00:07:58,640 So as we start to counter, OK, good start from some value and then it will reach to zero, and that 124 00:07:58,640 --> 00:08:04,370 could also be utilized well over the counter expired on lower rates as soon as it reaches to zero. 125 00:08:04,370 --> 00:08:06,280 That basically it's expired today. 126 00:08:07,700 --> 00:08:11,990 So we'll just be waiting till I very just to settle. 127 00:08:12,650 --> 00:08:16,850 OK, so the EPA that we have with us, is this right? 128 00:08:17,240 --> 00:08:21,770 It will be simply returning the counter when we just need to pass. 129 00:08:23,080 --> 00:08:28,100 Look, you know, this will continue to work until we reach this to zero and as soon as we reach to 130 00:08:28,130 --> 00:08:29,830 zero, we come out of a break. 131 00:08:29,870 --> 00:08:33,470 So we'll be waiting here until our country just to zero. 132 00:08:33,470 --> 00:08:38,660 Once we reach two zero, the first thing that we do is to stop our. 133 00:08:40,530 --> 00:08:43,440 So we'll just be calling the stop over here. 134 00:08:44,520 --> 00:08:49,260 OK, and then so when we consider when hertz frequency. 135 00:08:49,390 --> 00:08:51,690 It basically gave us a delay of one second, right? 136 00:08:52,050 --> 00:08:54,870 So after we stop our. 137 00:08:56,340 --> 00:08:58,380 See, you just mentioned that we. 138 00:08:59,810 --> 00:09:04,420 OK, we received one second delay and then we could just restart. 139 00:09:04,510 --> 00:09:10,460 Now we then we are going to take a while, so this will give us a continuous once again, so to again 140 00:09:11,630 --> 00:09:15,740 restart our counter from the value that we calculate from an interval. 141 00:09:15,770 --> 00:09:18,260 We just need to reset our counter and do that. 142 00:09:18,260 --> 00:09:21,650 We must be having a great reset counterbalance. 143 00:09:21,800 --> 00:09:25,770 This will basically initialize our counter back to a value that users set, right? 144 00:09:26,270 --> 00:09:32,410 Just be calling this and this requires just an instant structure, right? 145 00:09:32,420 --> 00:09:32,630 So. 146 00:09:33,560 --> 00:09:35,620 And you could be going from this. 147 00:09:35,620 --> 00:09:36,440 So just be quiet. 148 00:09:36,440 --> 00:09:37,070 And it's just. 149 00:09:38,750 --> 00:09:41,360 This completes that entire application that we're targeting. 150 00:09:41,660 --> 00:09:41,910 OK. 151 00:09:42,350 --> 00:09:46,880 So what we are doing here is we are starting our GDC. 152 00:09:47,180 --> 00:09:50,210 Then we are waiting for our timer to go to zero. 153 00:09:50,570 --> 00:09:52,260 Then we have stopping UTC. 154 00:09:52,280 --> 00:09:55,370 This basically give us the respect to delay that we are targeting. 155 00:09:55,400 --> 00:09:58,160 Here we are working around on anyone hurt. 156 00:09:58,160 --> 00:10:01,460 So we are getting a delay of one ticket and then we are again resetting. 157 00:10:02,060 --> 00:10:06,260 So what this will do is this will continuously Gendry a one second deal, right? 158 00:10:06,530 --> 00:10:10,220 So let me just go ahead and try to execute, OK? 159 00:10:10,640 --> 00:10:16,730 So we already programmed RPG will just be relaunching our debug section. 160 00:10:17,640 --> 00:10:25,140 OK, so now you could see that pizza in Texas will serve this two sets as well, and we again start 161 00:10:25,180 --> 00:10:29,010 to see the two once again continues. 162 00:10:29,520 --> 00:10:36,150 Now to analyze the values, we could also be modifying this logic so that we are able to analyze the 163 00:10:36,150 --> 00:10:36,630 value added. 164 00:10:36,630 --> 00:10:39,120 We are actually going up or down, right? 165 00:10:39,120 --> 00:10:41,130 So what are we going to do? 166 00:10:41,160 --> 00:10:47,780 Here it is so that it just modified this school a bit so that we are also able to analyze that account 167 00:10:47,790 --> 00:10:52,050 of values is going up or down to the 16 bit, right? 168 00:10:52,380 --> 00:10:52,710 OK. 169 00:10:52,920 --> 00:10:58,200 So what are we going to do here is we'll just be calling our start. 170 00:10:58,260 --> 00:10:59,160 EPA OK? 171 00:10:59,610 --> 00:11:01,680 Then let it just read for some random. 172 00:11:02,340 --> 00:11:05,250 So you slip, basically giving us a detailed microsecond. 173 00:11:05,670 --> 00:11:09,040 You just be specifying two hundred millisecond over here, right? 174 00:11:09,060 --> 00:11:10,800 Two hundred and then three. 175 00:11:11,250 --> 00:11:14,150 And they will just be utilizing this EPA, right? 176 00:11:14,160 --> 00:11:19,110 So let me just declare one temporary variable and count. 177 00:11:19,290 --> 00:11:20,940 OK, initialize it to zero. 178 00:11:21,690 --> 00:11:24,960 And then we are utilizing a counter here. 179 00:11:25,050 --> 00:11:26,400 OK, and this will be. 180 00:11:27,610 --> 00:11:31,090 Beating with whatever the value that our great counter value is at stake. 181 00:11:31,120 --> 00:11:36,490 So here we just as an instant sector and then we will be printing the value right to this. 182 00:11:36,490 --> 00:11:42,460 Give us an idea as we ready the delivery count is incremental or diclemente. 183 00:11:42,700 --> 00:11:48,190 So let me just go ahead and mention here the pound value great. 184 00:11:48,190 --> 00:11:51,000 And we'll be printing the value in a decimal format here. 185 00:11:51,010 --> 00:11:55,300 We just need to buy second grade know what we are doing over here is. 186 00:11:56,550 --> 00:12:02,400 And then what are we going to do is before we come out of it, it would just be waiting here for an 187 00:12:02,400 --> 00:12:04,860 entire operation to complete and then we'll be stopping. 188 00:12:04,900 --> 00:12:10,200 So remember, after you complete your application, you need to purposefully stop it. 189 00:12:10,320 --> 00:12:14,460 OK, so these are some of the mandatory step that you need to perform. 190 00:12:14,640 --> 00:12:17,370 OK, so what we are doing is we are starting our D.D.S.. 191 00:12:17,710 --> 00:12:20,160 This is purely random diligence to verify over. 192 00:12:20,160 --> 00:12:22,230 The counter is going up or down, right? 193 00:12:22,290 --> 00:12:26,940 Remember, we are working in a decrement mode so comfortable we will be declaring digging up pending 194 00:12:26,940 --> 00:12:32,640 on the day that we specify right and we are printing the value, then we are waiting for an entire process 195 00:12:32,640 --> 00:12:34,960 to compete and then we are just stopping, right? 196 00:12:34,980 --> 00:12:38,430 Remember this process that you call the stop function? 197 00:12:39,560 --> 00:12:41,870 After you specified your logic, right? 198 00:12:42,950 --> 00:12:46,910 So let me just go ahead and again, relaunch ended the session. 199 00:12:48,180 --> 00:12:53,670 So this will be a common area that you'll be finding while working with entities in Egypt to as soon 200 00:12:53,670 --> 00:12:56,210 as you see this, that is, do you see anything? 201 00:12:56,620 --> 00:12:58,350 Look, you just click on programs. 202 00:12:58,650 --> 00:13:02,460 That is, you will be first resetting zinc processing systems. 203 00:13:02,470 --> 00:13:06,750 You really have the program reset button on the development will just take it. 204 00:13:06,760 --> 00:13:09,480 And then again, every program and FPGA. 205 00:13:10,870 --> 00:13:14,380 And once you do that, you just need to relaunch your application. 206 00:13:14,430 --> 00:13:19,300 OK, so these are the steps that you need to do when you find out that your device initialization. 207 00:13:19,660 --> 00:13:19,880 Right? 208 00:13:20,620 --> 00:13:28,050 So you see the count of three four one five when you add a delay of twenty millisecond rate. 209 00:13:28,060 --> 00:13:35,290 So if you just increase the delay to three two hundred milliseconds, OK, you are getting the value 210 00:13:35,290 --> 00:13:38,190 of three four one right now if you increase the delay. 211 00:13:38,200 --> 00:13:40,130 So this should be increment deployed, right? 212 00:13:40,180 --> 00:13:42,480 Because our counter is operating in a download. 213 00:13:42,490 --> 00:13:43,210 So let us see. 214 00:13:44,150 --> 00:13:46,530 I've gone through by Louis ActionScript, right? 215 00:13:46,540 --> 00:13:47,860 So if you just go ahead. 216 00:13:48,980 --> 00:13:53,480 And perform an execution, so you could actually see that it is again coming down. 217 00:13:53,700 --> 00:13:56,000 So if you just increase it, you will resume. 218 00:13:56,760 --> 00:13:58,910 Seven hundred millisecond. 219 00:13:59,750 --> 00:14:00,680 So here. 220 00:14:01,910 --> 00:14:04,670 You can still see we are recommending divided, right? 221 00:14:05,150 --> 00:14:11,690 And if you just try to disable this decree, many more great to let it just remove this recruitment 222 00:14:11,690 --> 00:14:12,590 move from here. 223 00:14:14,110 --> 00:14:16,400 OK, so now countersued working in. 224 00:14:18,320 --> 00:14:18,620 Right. 225 00:14:18,950 --> 00:14:21,080 So let it just clear the answer. 226 00:14:21,110 --> 00:14:25,850 First, we start with end delay of two hundred millisecond. 227 00:14:27,160 --> 00:14:30,400 There they just go ahead and try to perform an execution of this. 228 00:14:31,730 --> 00:14:36,800 So the count that we are getting is one zero eight three, nine eight, so let it just increase this 229 00:14:36,800 --> 00:14:43,610 to three hundred millisecond and you'll see that we are receiving must be greater than one zero eight 230 00:14:43,610 --> 00:14:45,610 three nine two one six two five. 231 00:14:45,870 --> 00:14:51,020 Right now, you would see by default, if you do not set the decrement mode, it will be working in 232 00:14:51,020 --> 00:14:51,560 an upward. 233 00:14:51,830 --> 00:14:56,240 OK, if you specify the option to be. 234 00:14:57,480 --> 00:15:02,940 Our download, so it will be counting, right, so these are some of the phenomenon that you need to 235 00:15:02,940 --> 00:15:04,740 work around when you are working with that. 236 00:15:05,400 --> 00:15:11,100 So this is simple, Gilmore, because he able to really see we are waiting for a counter to roll back 237 00:15:11,100 --> 00:15:18,870 and then only we are performing the your boss right now will be considering few examples, OK, which 238 00:15:18,870 --> 00:15:22,030 could be very, very used as equal gender generate variability. 239 00:15:22,170 --> 00:15:27,750 This could be used in various situations so that just try to understand the different application that 240 00:15:27,750 --> 00:15:33,550 you put that you with this specific you see, similar to what we did with Dimora as well as well as 241 00:15:33,600 --> 00:15:33,870 Dr..