1 00:00:12,360 --> 00:00:17,990 Here in this tutorial, we will give you an answer to Chautauqua Callea, and the question was that 2 00:00:18,000 --> 00:00:18,790 your Mustafah? 3 00:00:18,990 --> 00:00:21,540 Can you explain how to scale for 20 million? 4 00:00:21,550 --> 00:00:22,200 Pareene Delta. 5 00:00:23,700 --> 00:00:27,480 I have one Lozar which measures, uh, 150 kg. 6 00:00:27,480 --> 00:00:31,290 I want to get every kilogram like 10 kg, 20 kg and like that. 7 00:00:31,710 --> 00:00:36,630 And let's start first of all create a new project and I will go to Manuell. 8 00:00:36,630 --> 00:00:45,120 I can't imagine you are using analog to digital, but normally you should use DBP 200 to, uh, tell 9 00:00:45,150 --> 00:00:53,400 us, OK, Lortel module's OK, because if you want to get each gram OK or kilogram and if you make it, 10 00:00:53,400 --> 00:01:01,950 uh, calibrated or like that, you need to use a scale model of Delta 200 to L.C as this is the name 11 00:01:01,950 --> 00:01:02,490 of the module. 12 00:01:02,490 --> 00:01:09,570 But if you are working with the analog signal as current or as voltage, OK, I'm not going to talk 13 00:01:09,570 --> 00:01:11,820 about the details of the analog modules. 14 00:01:11,820 --> 00:01:13,290 Just I'm going to come to here. 15 00:01:13,380 --> 00:01:15,180 You will see a control register. 16 00:01:15,450 --> 00:01:16,920 Twelve is present for you. 17 00:01:17,010 --> 00:01:18,300 Channel one input signal. 18 00:01:18,550 --> 00:01:23,850 Um, I'm thinking the settings are done with the two instructions. 19 00:01:23,850 --> 00:01:26,940 Everything is defined to analog module. 20 00:01:26,940 --> 00:01:29,220 I will just continue with the from instruction. 21 00:01:29,430 --> 00:01:30,870 Let's create a new program. 22 00:01:31,020 --> 00:01:34,080 Nippo, you and the little diagram. 23 00:01:34,260 --> 00:01:38,910 OK, it can remain like that and I will start with the Aldy and one thousand. 24 00:01:38,910 --> 00:01:44,430 OK and imagine I am reading from the first module. 25 00:01:45,270 --> 00:01:53,310 And I'm Reading Channel Control registered 12 Channel one input signal, and I'm writing it to the zero 26 00:01:53,310 --> 00:01:55,230 and one that I am reading. 27 00:01:55,260 --> 00:02:02,760 OK, this is the first thing and done for the scale instruction than what we are doing here. 28 00:02:03,030 --> 00:02:05,010 We are reading. 29 00:02:06,460 --> 00:02:09,310 Analogue signal it here. 30 00:02:10,180 --> 00:02:18,610 OK, and then skate instruction that we need to use at this point and then for the skill instruction 31 00:02:18,760 --> 00:02:26,440 we have for parameter, OK, because of this, I will write your one thousand and then I will start 32 00:02:26,440 --> 00:02:27,770 with the instruction. 33 00:02:28,060 --> 00:02:30,540 Imagine your analog data. 34 00:02:30,760 --> 00:02:32,640 I'm just giving an example now. 35 00:02:32,970 --> 00:02:34,300 OK, zero to. 36 00:02:35,730 --> 00:02:36,630 Tannenwald or. 37 00:02:38,400 --> 00:02:48,280 And it equals to, um, for the resolution of the our system, imagine it is eight thousand in Delta. 38 00:02:48,810 --> 00:02:53,760 OK, so but zero to eight thousand, this is the first thing. 39 00:02:54,090 --> 00:03:02,730 And imagine you have zero kg and then, for example, 1000 kg. 40 00:03:02,760 --> 00:03:07,080 OK, then now what we need to do, we need to right here. 41 00:03:07,110 --> 00:03:13,400 First of all, uh, move and the input data is maximum eight thousand. 42 00:03:13,410 --> 00:03:15,970 OK, and five hundred. 43 00:03:16,260 --> 00:03:18,210 OK, these are not important. 44 00:03:18,210 --> 00:03:26,580 And then move zero the five hundred and one and move the output data is one thousand. 45 00:03:26,640 --> 00:03:33,300 Now this is kg ok to D five hundred and two and the minimum kg. 46 00:03:37,150 --> 00:03:46,240 OK, now it is raining and the next I will use now the scale instruction and how we are using scale 47 00:03:46,240 --> 00:03:52,510 instruction all day and one thousand and then scale and scale and. 48 00:03:53,200 --> 00:04:01,240 OK, then the input data where the input data from here, analogue signal is coming from here it is 49 00:04:01,240 --> 00:04:03,860 reading from the module and it's written to zero. 50 00:04:04,120 --> 00:04:09,780 So this is my input data first thing and the parameters are starting from the five hundred. 51 00:04:10,600 --> 00:04:14,990 OK, and then in here the output data. 52 00:04:15,010 --> 00:04:20,800 OK, then we can say to here for example these six hundred then now we are ready. 53 00:04:20,830 --> 00:04:22,160 I will go to compute. 54 00:04:22,390 --> 00:04:26,370 This is the first thing and what we going to do. 55 00:04:26,380 --> 00:04:28,000 I will create a simulator. 56 00:04:28,000 --> 00:04:29,950 I'm looking is it created now. 57 00:04:30,370 --> 00:04:40,130 And it is going to be a simulator and the simulator is going to run on ISS to uh for our CPU. 58 00:04:40,150 --> 00:04:50,080 OK, and I am going to say this driver driver five, then go here then communications settings and then. 59 00:04:51,160 --> 00:04:57,550 I will select that I will fight for and I will say, OK, and I will go online and I will say yes. 60 00:05:02,180 --> 00:05:07,340 Then, um, it is not connected, I guess I'm looking and searching. 61 00:05:09,610 --> 00:05:13,260 Um, OK, is it run still offline? 62 00:05:14,180 --> 00:05:20,690 OK, then what I forgot, I'm just going to say run simulator start. 63 00:05:21,700 --> 00:05:29,080 OK, it stopped because of this now, uh, it started again, I will go on line. 64 00:05:30,160 --> 00:05:32,680 And I want to do a download transfer. 65 00:05:34,760 --> 00:05:37,460 Also, you can use this data on the HMO. 66 00:05:37,570 --> 00:05:45,710 I'm not going to show HMO at this tutorial and this is stopped and I will say just say yes, OK, and 67 00:05:45,710 --> 00:05:46,760 let's test once. 68 00:05:47,220 --> 00:05:54,650 Imagine your zero is changed, but now it is not going to change because it is not reading, but it's 69 00:05:54,650 --> 00:05:55,030 changed. 70 00:05:55,220 --> 00:05:56,090 OK, now. 71 00:05:56,300 --> 00:05:56,930 Very good. 72 00:05:57,150 --> 00:06:04,620 Uh, the input data is five hundred so the output is sixty two kg according to our input. 73 00:06:04,640 --> 00:06:09,800 Imagine if the input, that analog signal is zero to 10. 74 00:06:09,800 --> 00:06:15,940 What at this point you can see if it is 2000, the input voltage will be 2.5 fold. 75 00:06:15,950 --> 00:06:16,330 Right. 76 00:06:16,670 --> 00:06:17,950 And then let's check it. 77 00:06:18,230 --> 00:06:21,830 So the output is two hundred and fifty kg. 78 00:06:21,980 --> 00:06:31,910 And then if you change it to, for example, four thousand, OK, the output is will be 500 kg then. 79 00:06:33,320 --> 00:06:40,220 The answer of the question, you can make it like that, and if you say I want to show it on the HMO 80 00:06:40,370 --> 00:06:51,440 and thank KG and then 20 kg or 30 kg, OK, you can put here costs like how, um, for example, if 81 00:06:51,440 --> 00:06:59,450 the data is, uh, you can divide the output data to ten, for example, and you can show on the HMO, 82 00:06:59,450 --> 00:07:08,660 I will just uh or you can say if it is equal to, uh, five hundred now for example, you can divide 83 00:07:08,660 --> 00:07:16,640 or you can multiply it and also, um, you can you can show it on the HMO with the scale destruction 84 00:07:16,640 --> 00:07:17,500 easily like that. 85 00:07:17,770 --> 00:07:27,020 Imagine this is your input data and if you change to 1000 to 2000, the output scale output scale instructions, 86 00:07:27,020 --> 00:07:27,950 output will be changed. 87 00:07:27,950 --> 00:07:34,670 But, uh, it is easy to use religious instruction, really easy to use instructions in here. 88 00:07:34,880 --> 00:07:40,820 You can get this, uh, program, uh, for you to show. 89 00:07:40,820 --> 00:07:42,020 How can you continue? 90 00:07:42,030 --> 00:07:48,190 How can you, uh, write a code and how can you understand the program if you're stuck at any point? 91 00:07:48,200 --> 00:07:51,050 Again, you can ask me a question directly. 92 00:07:51,380 --> 00:07:53,120 See you in the next tutorial.