WEBVTT 00:00.210 --> 00:07.050 Actually, that's not all for another piece you have seen that you can use analog input to a range of 00:07.050 --> 00:13.680 values from an analog sensor, but analog things are, in fact, also digital. 00:14.700 --> 00:20.550 So by default, if you don't set a model for an analog pin and use the grid function, then it would 00:20.550 --> 00:22.590 work as an analog input pin. 00:22.590 --> 00:30.510 But then you can also use ping mode to choose a mode and use the pin, just like you would use a digital 00:30.510 --> 00:30.870 pin. 00:31.120 --> 00:35.280 For example, you can connect an energy to an analog pin in your code. 00:35.280 --> 00:42.030 You could use B mode with output and then you can give high and low values to actuate, just like we 00:42.030 --> 00:42.550 did before. 00:42.780 --> 00:50.790 Note that for analog things like I have previously said, you can't use the same functionality are. 00:50.880 --> 00:53.610 In other words, the analog right function. 00:54.270 --> 00:58.140 Using an analog print as a digital pen can be very useful. 00:58.150 --> 01:05.100 For example, if you need to connect a new digital component and all your digital pins are already used. 01:05.530 --> 01:10.390 So what I recommend by default is to use digital pins when you have a digital component. 01:10.490 --> 01:18.330 OK, and I know because when you have an analog sensor by not mixing them, you will keep things clearer 01:18.330 --> 01:18.830 for you. 01:19.050 --> 01:25.200 And of course, if you need a more digital things, then go ahead and use an analog pin as a digital 01:25.200 --> 01:25.550 pin. 01:26.810 --> 01:30.170 So just to show you how you can use another pin as a digital pin. 01:30.350 --> 01:37.850 Well, I'm going to go back to the front secret that we have here and just change the pin for the Eddie. 01:39.730 --> 01:44.300 All right, so now the energy is going to be, as you can see, to pin number 11. 01:44.650 --> 01:47.630 I'm just going to change that a little. 01:47.700 --> 01:48.840 Let's remove it. 01:49.150 --> 01:50.300 That's directly connected. 01:50.300 --> 02:01.440 So this leg of the resistor to switch, make it lean in, that's connected actually to a pipe. 02:01.960 --> 02:07.320 So the energy is now connected to an analog in effect. 02:07.810 --> 02:09.940 And the rest of the circuit here doesn't change. 02:10.920 --> 02:14.310 And let's really find the real secret as well to make the test. 02:14.820 --> 02:21.960 And so I have disconnected and you know, and here we have so we have this where we're going to change 02:21.960 --> 02:27.750 this for you, which is connected between one leg of there is this talk here which is connected to the 02:27.750 --> 02:30.260 entity and PIN number even here. 02:30.720 --> 02:37.380 So I'm going to connect it to be number eight five over there instead, because this wire is quite small. 02:37.390 --> 02:38.930 I'm going to use a longer one. 02:38.940 --> 02:40.860 So I'm just going to disconnect this. 02:42.000 --> 02:43.350 But this year instead. 02:45.200 --> 02:48.470 Yeah, I like correct. 02:49.750 --> 02:56.500 That and then all the way to a buy last on this wall here. 02:57.130 --> 02:57.640 All right. 02:59.270 --> 03:06.580 And now let's simply make this and blink, so I'm going to open the. 03:08.120 --> 03:11.530 So go back to your programs, go back to the program. 03:12.230 --> 03:18.430 And so here we make the energy building and just going to remove that construction. 03:18.440 --> 03:26.510 OK, so we just set up the energy as an output beam we demoed and then we just make it blink every five 03:26.510 --> 03:29.250 hundred milliseconds instead of 12. 03:29.270 --> 03:32.540 I'm simply going to write a five. 03:33.290 --> 03:39.650 OK, so as you can see, the code is the exact same if we use the energy on a digital pin or another 03:39.650 --> 03:39.970 pin. 03:40.190 --> 03:47.540 But just because we use this, we spin mode with any dippin an output, then this analog will behave 03:47.540 --> 03:49.400 just as a digital thing. 03:49.760 --> 03:55.790 Just don't forget, without the Pelago, um, functionality, let's upload code and. 03:57.830 --> 04:05.090 Actually, it's better if I plug my in arianism so you can see you will get these are all, for example, 04:05.090 --> 04:09.530 bought at CM five is not available, so now it is plugged in. 04:09.530 --> 04:10.640 I can upload the code. 04:12.670 --> 04:17.870 And well, as you can see, the Elvie is blinking OK, just like it was previously. 04:18.190 --> 04:23.260 So we have successfully used another pin as a digital pin and. 04:23.290 --> 04:26.800 All right, that's the end of the section on Wrapping's.