WEBVTT 00:00.060 --> 00:06.300 The frequently used Typekit invasion in a virtual listed over here writer will be understanding each 00:06.300 --> 00:11.980 of them in a detail, and as we progress further, we'll also be demonstrating who give it a few examples 00:12.030 --> 00:16.050 of first time confusion that we have witnesses from St. 00:16.080 --> 00:19.500 Oren to standard analysts CoreLogic on this go back to Rachel. 00:19.890 --> 00:24.570 This is only have one signal, OK, which is the latest zoom. 00:25.110 --> 00:25.810 -- right. 00:25.830 --> 00:28.410 And this is of tape and say right. 00:28.800 --> 00:33.540 And the size they did have is, let's assume for bitrate two three down to zero. 00:33.960 --> 00:38.700 And we want to convert this to the standard and go to logic on this correct. 00:38.850 --> 00:39.120 Right. 00:39.450 --> 00:44.290 So in this case, one thing that you need to make sure is when you declared a signal. 00:44.400 --> 00:44.790 OK? 00:44.940 --> 00:48.570 They will be holding there is a double standard and the school logic on disco. 00:48.570 --> 00:51.270 Victor Hugo let it just name this is routers. 00:51.300 --> 00:53.970 OK, and this will be standard and the school logic. 00:53.970 --> 00:55.290 This underscore vector. 00:55.350 --> 00:55.650 Right? 00:55.980 --> 00:58.410 So this must have exactly same same state. 00:58.410 --> 01:05.160 So we need to make sure that when we are converting from an S.S. to standard and disco logic or disco 01:05.160 --> 01:10.920 vector to the size that we have for saying it and saying must match with the sites that we have lower 01:10.930 --> 01:13.020 standards for logic and disconnected, right? 01:13.030 --> 01:18.810 So in this case, st, I'm saying, have a set of orbits or standard and disco logic and disco rector 01:18.810 --> 01:22.710 must also be all for it or else you will be simply getting an error rate. 01:23.250 --> 01:26.590 So once you do this or through, the expression will be very simple. 01:26.610 --> 01:29.370 So we will be storing the result in an idea. 01:29.380 --> 01:29.790 Yes. 01:29.820 --> 01:30.120 OK. 01:30.540 --> 01:36.840 We need to use the signal assignment operator and then to convert from signed or unsigned to standard. 01:36.840 --> 01:38.340 And this could and disco director. 01:38.670 --> 01:40.500 You just need to add like this. 01:40.500 --> 01:43.320 So standard and this cold logic underscore vector. 01:43.800 --> 01:48.330 And then you just pass an argument as and I'm saying no. 01:48.330 --> 01:51.990 So in this case, it is step right in the case of the same number. 01:51.990 --> 01:54.560 Also, you just need to Ireland variable enabler. 01:54.810 --> 01:55.050 Right. 01:55.060 --> 02:01.830 So this will automatically convert the value that we have for them to the standard and disco logic or 02:01.830 --> 02:02.490 disco vector. 02:02.760 --> 02:09.780 So the minority rule that we need to follow is the size that we have for sine Unsane and standard and 02:09.780 --> 02:12.630 disco logic and disco vector must be equal, right? 02:12.840 --> 02:18.090 So this is how you can work from unsigned to send an undisclosed logic or disco vector. 02:18.330 --> 02:21.370 Now to do math temp is of Dave. 02:21.420 --> 02:24.000 Then also, we need to follow the same procedure, right? 02:24.000 --> 02:25.920 So the processes remain the same. 02:25.950 --> 02:34.510 You just need to add an argument as the sine variable and the size that you have foreseen must be equal 02:34.620 --> 02:39.480 to the saying that you have for us trained and the psychological and physical vector variable rate. 02:39.570 --> 02:43.290 If you declare one more variable that basically have a sign, well. 02:43.350 --> 02:45.000 So let me just name this test. 02:45.000 --> 02:52.140 Yes, OK, there's that same data type rate again, three down to zero rate. 02:52.530 --> 02:58.080 And if you want to convert this to standard, underscore logic, and this corrected the process again, 02:58.080 --> 02:58.650 very simple. 02:58.650 --> 03:01.440 So we start with the variable, which will be holding the result. 03:01.740 --> 03:07.410 Now, this should have a say is exactly equal to the same of a signed variable that is full of it. 03:07.470 --> 03:14.030 OK, so this is also of, say, forward, then we just need to add standard underscore logic on this 03:14.220 --> 03:15.030 call vector. 03:15.570 --> 03:15.900 OK? 03:15.990 --> 03:20.430 And this must have an argument of saying variable rate. 03:20.430 --> 03:27.240 So this is how you convert from unsigned to send an underscore logic underscore vector or from saying 03:27.240 --> 03:29.660 to standard underscore logic and MySQL vector, right? 03:29.670 --> 03:32.670 So you just need to add this in the front of a variable rate. 03:32.670 --> 03:34.560 So variable would serve as an argument. 03:34.830 --> 03:38.580 And then this is exactly similar to what we do in and c. 03:38.580 --> 03:47.640 All right, the next one that we have is let's assume we have one signal, which is yes, and that is 03:47.640 --> 03:48.630 of type standard. 03:48.630 --> 03:51.540 And this cold logic underscore vector. 03:52.320 --> 03:52.710 OK. 03:53.130 --> 03:55.860 And the size is a bit greater. 03:55.860 --> 03:58.220 So in down to C, right? 03:58.620 --> 04:01.710 And we want to convert this to either sane or insane. 04:01.710 --> 04:04.500 Same data let it just declare two variables, right? 04:04.800 --> 04:09.720 So we have a signal, the event rate and this is off on same day. 04:09.720 --> 04:15.930 And whenever we are performing sine conversion or taken vision, we know that size must be exactly equal, 04:15.930 --> 04:16.170 right? 04:16.170 --> 04:22.620 So since standard and the psychological and physical vector of say, see, this must also be of, says 04:22.890 --> 04:23.690 he, right? 04:23.970 --> 04:30.420 Similarly, let's assume that we declared one more variable, which is two, and that is of sine later 04:30.420 --> 04:30.690 type. 04:30.930 --> 04:35.160 So again, size must be exactly equal to seven down to zero. 04:35.790 --> 04:36.720 Like this, right? 04:37.500 --> 04:37.830 No. 04:38.730 --> 04:44.430 So d rate that one will be holding the result of conversion from standard on logic unless corrected 04:44.430 --> 04:45.420 to an unsafe rate. 04:45.780 --> 04:51.000 So similar to what we did with our conversion from saying to send an underscore logic underscore vector. 04:51.000 --> 04:57.000 So we have just added a standard underscore logic and just go vector and a friend of a variable rate. 04:57.090 --> 04:59.190 Similarly, when we go from standard and. 04:59.270 --> 05:05.660 Is CoreLogic going to school, Victor 2st or and saying we just need to add St. Lawrence St. in front 05:05.660 --> 05:06.620 of already, right? 05:06.620 --> 05:11.510 So we will be adding here since Stephen is holding the result of one state. 05:11.840 --> 05:17.600 So we just started on site and then the argument should be the standard and the school logic going to 05:17.600 --> 05:19.260 school, victor, right? 05:19.290 --> 05:19.510 Right. 05:19.530 --> 05:23.870 That is the De'ath, which is the variable holding the value of standard and the school logic going 05:23.870 --> 05:24.770 to the school today. 05:24.830 --> 05:25.070 Right. 05:25.430 --> 05:31.340 Similarly, to get the conversion from standard and the psychological disconnected to a saying, we 05:31.340 --> 05:37.940 will just be adding saying right and that we need to pass argument, which is the variable holding, 05:37.940 --> 05:41.720 the standard and the psychological and the score vector right right to the result. 05:41.990 --> 05:46.160 You go from standard and it's called logic and vector to st or answer. 05:46.400 --> 05:49.070 So this is very simple as you just need to add. 05:50.220 --> 05:55.410 The deep in a front of a variable to which you are converting, right, so this is how things work when 05:55.410 --> 05:59.530 we work with sign on CNN and the psychological disconnect. 05:59.550 --> 05:59.820 Right? 06:00.000 --> 06:06.780 So when more confusion that we frequently do is from integer to st or unsafe right now, remember integer 06:06.780 --> 06:13.480 is our size 32 bit right and signed in and saying, we need to specify the size. 06:14.040 --> 06:15.910 So this is you. 06:16.020 --> 06:25.530 You have a variable of signed or unsigned diary signed or unsigned day in this case, since signing 06:25.530 --> 06:28.390 on to one can also go up to 32 bit rate. 06:28.410 --> 06:33.460 So when we convert this to an integer, we do not need to specify anything, right? 06:33.480 --> 06:40.470 So for example, we have a variable which is of integer type rate, and then we have variable B, which 06:40.470 --> 06:46.080 is of same day and C B, which is often same type and C, which is of same day, right? 06:46.410 --> 06:49.980 And we are converting from Unsane or Sane to an integer, right? 06:49.980 --> 06:51.940 So it will be simply equals. 06:51.960 --> 06:55.980 Do you just need to add two underscoring teacher, right? 06:56.640 --> 07:02.790 And then you need to add an argument which is so variable holding the sign or an value, right? 07:03.060 --> 07:09.870 So to convert from unsigned to integer, we just be adding bool here and to convert from sign to integer 07:09.870 --> 07:10.200 right. 07:10.200 --> 07:15.360 So we will be simply equals to two integer right. 07:15.690 --> 07:17.870 And then the same argument, right? 07:17.880 --> 07:22.560 So this is how you convert from signed or unsigned to an integer, right? 07:22.830 --> 07:29.250 But when we go from integer to sign in and saying the process is a bit different because remember St 07:29.250 --> 07:34.380 and Unsane, we need to manually specify the size required as integer have a fixates. 07:34.620 --> 07:38.580 So let's assume we have integer, which is declared right. 07:38.580 --> 07:47.480 So this is lettuces zoomed in right, and we want to convert this into an st or sign, right? 07:47.490 --> 07:55.710 So the variable that is holding down ST value is Lettuce V and St Value is C, right? 07:56.100 --> 07:58.830 So B will be equal to no. 07:58.860 --> 08:00.580 We will just be adding two. 08:00.630 --> 08:05.820 And since we want to convert to an unsafe, we will be adding on the same rate. 08:06.420 --> 08:09.870 The variable, which have an integer value, is n right. 08:10.350 --> 08:16.200 Then, depending on the size that we declared for an unsigned rate, for example, the decision we declared 08:16.200 --> 08:19.280 on same dubious say is it bit rate. 08:19.620 --> 08:26.760 So we need to specify that we will be converting this integer variable to any return st rate to the 08:26.760 --> 08:30.750 second argument is the size that we have for an unsafe rate. 08:31.260 --> 08:37.860 So this basically represent the number of bits that we have in an unsigned or signed variable. 08:38.100 --> 08:40.020 So here in this case, we have an eight bit. 08:40.020 --> 08:45.660 So we just need to add a second argument as a trade, so this will automatically convert integer to 08:45.660 --> 08:46.500 any returns. 08:46.710 --> 08:51.150 Similarly, to go from from integer to st, the process is very simple. 08:51.490 --> 08:55.220 Rates are going to st rate, then the source of an integer value. 08:55.230 --> 08:57.690 And again, we need to specify the size rate. 08:57.960 --> 09:01.410 So this is how you convert from integer to st and unsafe rate. 09:01.710 --> 09:10.530 So just to summarise the frequently used conversions is could be either be Roman St or St two standard 09:10.530 --> 09:13.850 and the school logic on the score vector, right? 09:13.890 --> 09:21.880 So in this case, you just need to add standard unless CoreLogic and the score vector, right? 09:22.260 --> 09:28.380 And the argument rates the document should be the argument should be the variable, which is holding 09:28.380 --> 09:29.850 St and Unsane value, right? 09:29.850 --> 09:33.900 So here you just need to add the one st or st variable rate. 09:33.900 --> 09:38.750 So you just need to add the standard and underscore logic on the school vector in the front of the variable 09:38.760 --> 09:39.020 rate. 09:39.430 --> 09:45.840 Now you need to make sure that St and St and St. Louis CoreLogic underscore Vector have a same right. 09:45.870 --> 09:48.680 This is mandatory and you will be simply getting an error. 09:49.060 --> 09:53.820 The next confusion that we have is from standard and law school logic, underscore Vector. 09:54.450 --> 09:54.800 OK. 09:55.050 --> 10:01.950 To send our unsafe rate in this case, we just need to add St Laurence St in the front of the variable. 10:02.220 --> 10:05.850 And here you need to add the variable as inoculum. 10:06.120 --> 10:12.840 You need to make sure that against standard code logic and Disco Vector 1919 have the same safe rate. 10:13.320 --> 10:20.520 One more conversion that we frequently adopt this from Unsane signed to integer right. 10:20.700 --> 10:26.580 So when we convert to an indigenous since integer have a max size rate that is 32 bit, we just need 10:26.580 --> 10:29.100 to add to an integer, right? 10:29.100 --> 10:35.790 And then the argument will be where you pass to assign an unsigned number right, then exclusion that 10:35.790 --> 10:39.660 we have is from a teacher to an unsigned or st. 10:39.690 --> 10:45.240 In this case, we just need to add two places you may want to convert to an unsafe. 10:45.450 --> 10:49.620 OK, here we need to add to argument the variable and the next. 10:49.660 --> 10:53.120 One is the size that we have for a sign announcing. 10:53.460 --> 11:00.810 So remember this chart as we progress further, will be understanding and example of how we to the conversion 11:00.810 --> 11:03.390 rate will be just demonstrating an entire. 11:03.660 --> 11:07.860 So we'll be demonstrating the different conversion that we have just discussed, right? 11:07.950 --> 11:12.030 So to get a more understanding of how you use this function.