WEBVTT 00:00.240 --> 00:07.230 In this lesson, I'm going to introduce you to a new Avenue ID debug tool, which is named the Serial 00:07.230 --> 00:07.800 Plotter. 00:07.980 --> 00:15.700 And as its name suggests, you will be able to plot what comes in the serial communication. 00:15.720 --> 00:21.880 So this will be useful, for example, here, like we are going to do to see directly with a plot. 00:21.900 --> 00:23.760 What is the burden state. 00:23.790 --> 00:31.800 So I'm going to go back to so I'm going to open the push button so you can go back to your project and 00:31.800 --> 00:33.660 just will just open. 00:35.050 --> 00:37.150 The push button example. 00:37.390 --> 00:39.780 So here we define the button pin. 00:39.790 --> 00:45.280 We set the mode for the pin as input and we set up the cellular communication. 00:45.490 --> 00:50.620 Now, what I'm going to do in the loop, I'm simply going to do. 00:51.480 --> 00:53.640 Sale dots print n. 00:55.280 --> 00:59.210 Digital read button in. 01:00.490 --> 01:06.880 Okay, so I'm just going to print the output of the pin key and command those lines. 01:08.150 --> 01:11.720 Okay, I'm going to print it at full speed this time. 01:12.020 --> 01:15.800 No delay so I can upload the code to the available. 01:17.510 --> 01:19.010 For uploading and uploading. 01:19.010 --> 01:22.250 If you open the soil monitor, you will see it's going very fast. 01:23.120 --> 01:24.070 Very, very fast. 01:24.080 --> 01:26.510 If I press the button, it's going very fast. 01:26.990 --> 01:35.270 And now to open the style plotter, you can go on tools and cellular plotter and you can see the shortcut 01:35.270 --> 01:44.240 here, for example, on Windows control shift and l so say plotter, and you get a new window with a 01:44.240 --> 01:44.920 plot. 01:44.930 --> 01:47.840 So on the bottom of the window, you can see here the board, Right. 01:47.840 --> 01:53.660 So make sure you have the same board right in your program and in the sale plot. 01:54.260 --> 01:59.900 And on the bottom right here, you should have no line ending as well. 02:00.620 --> 02:06.710 Now, what I'm going to do is I'm going to press the button and you can see here we have by here you 02:06.710 --> 02:08.030 have the value zero. 02:08.030 --> 02:09.380 You have the value three here. 02:09.380 --> 02:10.870 So this is one. 02:10.880 --> 02:13.970 Now, if I release the button, we go back to zero. 02:13.970 --> 02:18.320 So you can easily visualize when you price and when you release the button. 02:19.670 --> 02:23.610 We are going to come back to this tool a bit later on this course. 02:23.630 --> 02:30.950 So this is really a nice to have functionality with your Arduino is to be able to directly print the 02:30.950 --> 02:37.820 data from a sensor and note that to do that you should directly send the data you want to print. 02:38.150 --> 02:41.270 Don't send any other text or any other data. 02:41.270 --> 02:42.440 Just send the data. 02:42.440 --> 02:47.720 So this could be digital rate for a button pin, or this could be simply you can try. 02:47.720 --> 02:55.430 Also to do that is to create a counter and increment the counter every time and print on the cell communication. 02:55.430 --> 03:00.710 And then with the cell plotter you should see the plot with all the numbers that you send. 03:00.920 --> 03:05.210 And if you are on Tinker CAD, you can also use the cell plotter. 03:05.210 --> 03:12.920 So if you run the code like this, you can click on cell monitor and you have this icon here that you 03:12.920 --> 03:18.410 can click on total graph and you can see let's just put it a bit bigger. 03:18.410 --> 03:19.940 You can see we have the graph here. 03:19.940 --> 03:23.510 And so now if I press on the push button. 03:25.280 --> 03:29.530 You can see I release and then I press and then I release. 03:29.540 --> 03:34.970 You can see the data is going from 0 to 1 and then 0 to 1, etc. back to zero. 03:36.050 --> 03:40.670 So you can do the side plotter as well on Tinker Cat. 03:40.700 --> 03:41.180 All right. 03:41.180 --> 03:45.870 Now you know how to use digital pins as output and input. 03:45.890 --> 03:47.090 Congratulations. 03:47.090 --> 03:50.600 And it's no time to switch to analog pins.