1 00:00:00,580 --> 00:00:01,660 Hello. 2 00:00:01,720 --> 00:00:08,100 So um we're going to implement printer functionality and then we continue. 3 00:00:08,170 --> 00:00:09,730 I'll start off by saying include 4 00:00:14,550 --> 00:00:20,230 or know that h we might require this and then also say include 5 00:00:25,060 --> 00:00:27,480 says slush. 6 00:00:27,960 --> 00:00:35,560 You NIST D dot H and then O include a string dot h as well over here 7 00:00:38,990 --> 00:00:44,230 then a study I would on h 8 00:00:48,130 --> 00:00:54,070 I'm going to write a simple function here to allow us to be able to send strings come. 9 00:00:54,400 --> 00:00:55,710 Oh put it somewhere here. 10 00:00:55,720 --> 00:00:57,130 This is fine. 11 00:00:57,130 --> 00:01:01,240 The function is a very simple function 12 00:01:06,090 --> 00:01:08,190 this is end on the score. 13 00:01:08,190 --> 00:01:17,360 Call us right and then we'll see in FDR over here and then close down the void. 14 00:01:17,360 --> 00:01:21,510 The pointer to a buffer and simply int 15 00:01:25,110 --> 00:01:28,300 in C is fine open and close over here. 16 00:01:28,390 --> 00:01:30,020 It's closed already. 17 00:01:30,030 --> 00:01:33,540 I'm gonna create a new variable here. 18 00:01:33,710 --> 00:01:46,020 We'll see how studies typedef call this s.t. for starters and I'll simply say SD because I'll use the 19 00:01:46,020 --> 00:01:47,880 whole u out function. 20 00:01:47,890 --> 00:02:07,520 How you got on the score cross MIT and then we pass the U R ton dollar which is h u r t 1 and then the 21 00:02:07,530 --> 00:02:11,700 data is in the buffer plus or we type. 22 00:02:11,820 --> 00:02:21,190 We um we typecast this this first you end 8 on the score t star and then pass buff over here then I'm 23 00:02:21,200 --> 00:02:30,870 gonna pass C overhand and I'm gonna pass the maximum delay by saying ha ha on the score Max delay 24 00:02:34,960 --> 00:02:36,960 and then we're going to return 25 00:02:42,010 --> 00:02:50,060 esta e course return I'll see a return SD equals E course. 26 00:02:50,180 --> 00:02:51,790 Okay. 27 00:02:52,130 --> 00:02:52,690 Okay. 28 00:02:52,770 --> 00:02:57,390 Then C Ls 0 like this. 29 00:03:00,240 --> 00:03:02,940 Okay so let's build this and see what we have. 30 00:03:03,910 --> 00:03:09,420 And um I'm gonna come over here and write enough 31 00:03:13,200 --> 00:03:21,090 Hello World Center jar a percentage and right click over here to build 32 00:03:27,230 --> 00:03:30,860 it appeared successfully click over here debug 33 00:03:37,130 --> 00:03:40,630 say remember my decision so that I wouldn't have to click this all the time. 34 00:03:45,820 --> 00:03:46,450 It's loaded 35 00:03:52,200 --> 00:03:55,190 I'm going to open my 0 program Tera term 36 00:04:08,820 --> 00:04:09,470 okay. 37 00:04:09,560 --> 00:04:13,640 See this is terror term I'm gonna come over here. 38 00:04:13,640 --> 00:04:21,750 I select as the microelectronics stealing federal comm then I'm going to set it bot rate which we saw 39 00:04:21,850 --> 00:04:25,880 in our Cuba makes us 1 1 5 2 0 as you said is true. 40 00:04:25,980 --> 00:04:26,290 OK 41 00:04:29,270 --> 00:04:32,390 I'll step through the code and see what we have. 42 00:04:32,480 --> 00:04:33,380 Step over 43 00:04:35,740 --> 00:04:41,030 now we get into the print if I see. 44 00:04:41,930 --> 00:04:42,270 Okay. 45 00:04:42,270 --> 00:04:44,540 As you can see over here we have. 46 00:04:44,540 --> 00:04:46,100 Hello world. 47 00:04:46,330 --> 00:04:47,500 Right. 48 00:04:47,560 --> 00:04:50,860 I could assume this in a bit but this a quick test. 49 00:04:50,900 --> 00:04:55,260 So when we use this often no zoom it in. 50 00:04:56,540 --> 00:04:58,620 Now we can use print off basically. 51 00:04:58,910 --> 00:05:01,690 So that's all there is for this lesson if you have any questions at all. 52 00:05:01,700 --> 00:05:03,560 Just let me know. 53 00:05:03,650 --> 00:05:10,130 So let's begin to you I by define into some constants that we are going to be using we are going to 54 00:05:10,400 --> 00:05:13,550 sort of dedicate a large portion of the screen. 55 00:05:13,550 --> 00:05:14,960 Actually we're going to. 56 00:05:14,990 --> 00:05:21,070 Let me say dedicate about 90 percent of the screen for the touch screen. 57 00:05:21,080 --> 00:05:21,800 What do I mean. 58 00:05:22,440 --> 00:05:22,820 Okay. 59 00:05:22,820 --> 00:05:28,440 We're going to dedicate 90 percent of the screen for the portion where you draw your number. 60 00:05:28,850 --> 00:05:30,210 And then the other 10 percent. 61 00:05:30,230 --> 00:05:37,350 We're going to put a button there to allow us to clean and reset the game so let's just create constants 62 00:05:37,350 --> 00:05:37,800 for these. 63 00:05:37,800 --> 00:05:42,500 And also we've got a great Constanta for the frame buffer. 64 00:05:42,500 --> 00:05:48,120 The LCD frame buffer and other things gonna come up here and put a number of defined statements. 65 00:05:48,120 --> 00:05:48,990 I'll start off by 66 00:05:55,790 --> 00:05:57,200 remember the end. 67 00:05:57,470 --> 00:06:04,010 The amnesty data set takes a twenty eight by twenty eight pixel image as inputs. 68 00:06:04,010 --> 00:06:05,690 So I'm going to come over here and see it. 69 00:06:05,690 --> 00:06:12,590 Define an end for neural network input and then image with 70 00:06:18,310 --> 00:06:25,250 a score with a past twenty eight over here and then the height is twenty eight as well. 71 00:06:26,470 --> 00:06:34,610 So this is going to be the input image to our neural network right next the LCD input image. 72 00:06:34,640 --> 00:06:38,630 We're going to have an image that will grow on the LCD. 73 00:06:38,800 --> 00:06:43,730 I'm going to make those I'm gonna make that image 240 by 240. 74 00:06:43,750 --> 00:06:50,560 This big image that we draw on the entire LCD screen is going to be scaled down to 28 by 28. 75 00:06:51,190 --> 00:06:53,920 So I'm gonna have to 40 by 240 Yeah. 76 00:06:54,430 --> 00:07:03,100 And then next I'm going to include the the LCD frame buffer. 77 00:07:03,130 --> 00:07:05,060 The LCD frame buffer. 78 00:07:05,210 --> 00:07:07,540 We're going to have to we're going to have two layers. 79 00:07:07,540 --> 00:07:12,230 We're going to initialize our LCD to use two layers layer zero and the are one. 80 00:07:12,230 --> 00:07:20,470 So um I'm gonna define those and I wouldn't get too much into the LCD to drive by here in the future. 81 00:07:21,600 --> 00:07:22,010 Yeah. 82 00:07:22,170 --> 00:07:22,410 Yeah. 83 00:07:22,420 --> 00:07:28,440 In the future I would make a course on embedded systems graphic user interface. 84 00:07:28,440 --> 00:07:36,760 And in the we would go in-depth about LCD drivers and how to create you know more than you I element 85 00:07:36,790 --> 00:07:39,170 on it and on embedded devices. 86 00:07:39,250 --> 00:07:42,580 So I say LCD frame buffer on this call layer 0 87 00:07:47,320 --> 00:07:49,150 0 simply um. 88 00:07:50,100 --> 00:07:50,910 Yeah. 89 00:07:51,070 --> 00:07:55,560 This information can be um got from the from the data sheet 90 00:07:59,920 --> 00:08:08,500 we'll have LCD iframe portfolio zero and then we'll have LCD frame buffer layer 1 and then we would 91 00:08:08,500 --> 00:08:10,230 have LCD frame buffer 92 00:08:13,790 --> 00:08:15,840 outside the frame buffer right here. 93 00:08:17,800 --> 00:08:24,980 Like it actually LCD frame buffer is declared in our OCD driver. 94 00:08:25,050 --> 00:08:27,260 So we need not declare this. 95 00:08:27,370 --> 00:08:35,740 So I'm simply going to copy LCD frame buffer and set layer 1 2 the same as the default LCD if frame 96 00:08:35,740 --> 00:08:40,760 buffer and then layer 0 is going to be an offset from this. 97 00:08:40,840 --> 00:08:45,790 I'm gonna see LCD frame buffer plus 0 x 98 00:08:49,750 --> 00:08:55,060 0 x 1 3 and then 4 zeros after that 99 00:09:00,070 --> 00:09:08,950 open and then close and then I'm gonna have LCD converted frame buffer here. 100 00:09:18,120 --> 00:09:21,570 And this is also going to be an offset from LCD frame buffer. 101 00:09:26,170 --> 00:09:28,570 This is going to be 0 x 102 00:09:32,290 --> 00:09:35,080 2 6 0 0 103 00:09:39,350 --> 00:09:39,820 right. 104 00:09:42,950 --> 00:09:48,780 So we're going to define another constant known as Umm. 105 00:09:49,340 --> 00:09:56,810 We're going to define positions for um for x and y image as well as buttons. 106 00:09:56,890 --> 00:10:01,620 Or come over here and see the draw. 107 00:10:01,670 --> 00:10:03,390 I m g x. 108 00:10:03,420 --> 00:10:04,300 Call this one. 109 00:10:04,660 --> 00:10:05,440 Mm hmm. 110 00:10:05,810 --> 00:10:09,040 This is going to be like the starting position D. 111 00:10:09,070 --> 00:10:14,380 That s position of the of the screen where we want to grow a Y number. 112 00:10:14,920 --> 00:10:16,900 You to see when this goes into practice. 113 00:10:16,910 --> 00:10:17,260 Oh see. 114 00:10:17,280 --> 00:10:17,960 Define 115 00:10:23,730 --> 00:10:25,060 uh grow. 116 00:10:25,460 --> 00:10:26,550 I m g. 117 00:10:26,580 --> 00:10:28,810 On the score x 1. 118 00:10:28,910 --> 00:10:34,160 We're gonna start at 10 and then define 119 00:10:41,480 --> 00:10:42,690 draw on the score. 120 00:10:42,740 --> 00:10:49,920 I m g on the score X to there's gonna be two hundred 121 00:10:52,480 --> 00:10:55,620 or two thirty let's do it two thirty. 122 00:11:00,180 --> 00:11:03,760 Then I'm gonna do this for y as well 123 00:11:15,850 --> 00:11:17,320 this over here. 124 00:11:17,330 --> 00:11:21,700 Shouldn't have but this should be LCD input image. 125 00:11:21,700 --> 00:11:25,090 This is different from the image that goes into the neural network. 126 00:11:26,110 --> 00:11:28,930 Okay so this is two forty two forty. 127 00:11:28,990 --> 00:11:30,430 This is ten ten. 128 00:11:30,550 --> 00:11:31,430 Okay. 129 00:11:32,080 --> 00:11:32,960 Um yeah. 130 00:11:33,190 --> 00:11:40,750 So once that is done we are going to um we're gonna have a button that we call your raise button to 131 00:11:40,780 --> 00:11:44,740 erase or cleared a screen if you may also define 132 00:11:51,870 --> 00:11:56,780 your res underscore button on a scale X1 133 00:12:00,040 --> 00:12:06,460 0 start this at x1 position 5 and then define 134 00:12:10,970 --> 00:12:17,240 UV rays proton y 1 135 00:12:21,320 --> 00:12:24,380 the position of 4 this is going to be two eighty five 136 00:12:28,170 --> 00:12:28,680 and then 137 00:12:31,390 --> 00:12:32,430 said defined 138 00:12:35,550 --> 00:12:36,660 erase button 139 00:12:39,890 --> 00:12:53,230 underscore x 2 and this is simply you raise the next one plus the um the width of the button we want 140 00:12:53,230 --> 00:12:55,000 to use. 141 00:12:55,780 --> 00:12:59,740 We can give it with up to 30. 142 00:13:00,120 --> 00:13:04,810 This would be plus 230 here and then we can do the same for Y to 143 00:13:10,130 --> 00:13:17,520 change this over here to y one at this time plus 30. 144 00:13:18,470 --> 00:13:19,930 Right. 145 00:13:20,000 --> 00:13:23,750 And then we're going to have a miniature size version of the image. 146 00:13:23,750 --> 00:13:30,830 So what's going to happen is when we draw a number on the LCD screen we're going to scan it down to 147 00:13:30,830 --> 00:13:34,210 what it would appear like to the neural network. 148 00:13:34,430 --> 00:13:41,660 And in order to bring that to life Oh create to some other defined statement here today to hold some 149 00:13:41,660 --> 00:13:42,880 of the constants required. 150 00:13:42,890 --> 00:13:43,880 I'll say define 151 00:13:49,110 --> 00:13:51,650 empty. 152 00:13:53,320 --> 00:13:55,150 Code X shift 153 00:13:58,120 --> 00:14:02,650 and this shift is gonna be two hundred and then we see a define 154 00:14:06,800 --> 00:14:13,380 I m g s killed y shift. 155 00:14:13,850 --> 00:14:20,920 This shift is gonna be two fifty right now. 156 00:14:21,000 --> 00:14:23,020 Yeah but look almost complete. 157 00:14:23,040 --> 00:14:28,800 We're going to s defined a number of labels we have as well or number of classes. 158 00:14:28,800 --> 00:14:30,910 Remember the M S data set. 159 00:14:30,930 --> 00:14:34,380 Labels are 0 1 2 3 4 5 6 7 8 9. 160 00:14:34,410 --> 00:14:39,210 So we've got 10 labels or 10 classes whatever you want to call it. 161 00:14:39,710 --> 00:14:44,180 I'll say define num on the school classes 162 00:14:46,960 --> 00:14:52,840 plus the number 10 here and then I'm going to have another statement another defining statement here. 163 00:14:52,870 --> 00:14:56,770 Define this I'll call Picasso said 164 00:15:00,480 --> 00:15:11,050 and then I'm simply gonna say zero point nine nine over here like this right. 165 00:15:11,430 --> 00:15:14,750 Okay so we've got these defined statements. 166 00:15:15,990 --> 00:15:16,440 Okay. 167 00:15:16,470 --> 00:15:27,330 So I'm gonna come down here and create a function called user interface and it start off by saying void 168 00:15:32,550 --> 00:15:33,930 user interface 169 00:15:36,710 --> 00:15:37,690 underscore a net 170 00:15:41,110 --> 00:15:44,670 plus void over here open and then close. 171 00:15:44,830 --> 00:15:49,620 So we start off by initializing the LCD using the function in our board support package. 172 00:15:49,630 --> 00:15:56,870 So see PSP on the score LCD on the score in it. 173 00:15:57,430 --> 00:16:00,720 Once that is done we are going to end it earlier. 174 00:16:02,230 --> 00:16:13,830 I'm going to start off by going to continue by saying BSP I say BSP and go LCD underscore layer before 175 00:16:13,840 --> 00:16:16,110 it's in it. 176 00:16:16,360 --> 00:16:21,750 All these functions exist in the broad support package that we included plus one here. 177 00:16:21,820 --> 00:16:27,880 That's the face I comment and then I'm going to use frame buffer layer 1 see LCD 178 00:16:31,150 --> 00:16:34,210 on the score frame buffer. 179 00:16:34,920 --> 00:16:35,640 And the score 180 00:16:39,000 --> 00:16:39,810 layer 1. 181 00:16:39,810 --> 00:16:41,190 Here like this. 182 00:16:45,100 --> 00:16:55,240 And then once I start I'm going to select layer 0 2 BSP on a score LCD. 183 00:16:55,240 --> 00:16:58,830 Like I said I'm going to go pretty fast on the LCD. 184 00:16:59,230 --> 00:17:05,080 Oh silly functions because the course is not about developing LCD drivers. 185 00:17:05,290 --> 00:17:08,830 If you have any questions you can certainly send me a message. 186 00:17:08,830 --> 00:17:17,980 But things like this require courses on their own so I just explain as I type where I think explanation 187 00:17:17,980 --> 00:17:19,260 will be useful. 188 00:17:19,270 --> 00:17:20,060 Just bear with me. 189 00:17:20,070 --> 00:17:20,890 Uh yeah. 190 00:17:20,950 --> 00:17:26,910 Don't take shots at me in the review section like some of you like to do nowadays. 191 00:17:26,970 --> 00:17:27,330 Um. 192 00:17:27,340 --> 00:17:33,100 So we've got the PSP LCD select layer and then once that is done we can set the layer color. 193 00:17:35,940 --> 00:17:36,420 We can. 194 00:17:36,450 --> 00:17:37,680 Yeah. 195 00:17:38,010 --> 00:17:39,120 What color should we use. 196 00:17:39,120 --> 00:17:43,000 Well I've got a number of colors I see say BSP. 197 00:17:43,140 --> 00:17:44,610 Let's see what Red would look like. 198 00:17:44,620 --> 00:17:56,150 PSP SB underscore LSC declare war cry it out and see if it doesn't look really good. 199 00:17:56,160 --> 00:18:07,380 We can always change it PSP LV LCD Claire I'm gonna see LCD color I'll pass right over here and then 200 00:18:08,620 --> 00:18:13,710 we green to set the color key in the same PSP 201 00:18:19,200 --> 00:18:19,830 LCD 202 00:18:22,950 --> 00:18:23,380 set. 203 00:18:23,380 --> 00:18:24,260 Color keen 204 00:18:28,500 --> 00:18:29,510 one. 205 00:18:29,540 --> 00:18:36,100 And then we said a color to. 206 00:18:36,950 --> 00:18:37,290 Yeah. 207 00:18:37,310 --> 00:18:39,180 Decided on colors to use. 208 00:18:41,130 --> 00:18:46,510 Well oh just see LCD uh school color. 209 00:18:46,530 --> 00:18:48,730 We can use that sign. 210 00:18:48,940 --> 00:18:50,370 It s exists. 211 00:18:50,450 --> 00:18:51,150 Dark Side. 212 00:18:52,290 --> 00:18:52,860 Oh this 213 00:19:01,410 --> 00:19:02,550 um. 214 00:19:02,570 --> 00:19:06,590 This layer is not going to be much visible so fucked it wouldn't matter much. 215 00:19:07,070 --> 00:19:07,430 Okay. 216 00:19:07,430 --> 00:19:10,870 Once we've done this we going to disable the layer visibility. 217 00:19:13,660 --> 00:19:15,800 I say BSP on the score 218 00:19:18,790 --> 00:19:20,140 LCD underscore 219 00:19:23,160 --> 00:19:24,720 sets layer visible. 220 00:19:27,410 --> 00:19:28,660 Because we're gonna have another layer. 221 00:19:28,730 --> 00:19:29,150 Which. 222 00:19:30,260 --> 00:19:30,620 Yeah. 223 00:19:31,180 --> 00:19:37,260 So that s layer visible pass one over here and then you say well what I do not like you bro. 224 00:19:37,280 --> 00:19:46,040 This cube makes 80 years you do not get help when you are typing I don't know what a particular plugin 225 00:19:46,040 --> 00:19:47,110 is required for that. 226 00:19:47,150 --> 00:19:53,610 But wait to call your vision as you type you just get help and you hit space and it completes for you. 227 00:19:54,360 --> 00:19:55,320 Um yeah. 228 00:19:55,890 --> 00:19:56,580 So. 229 00:19:57,340 --> 00:20:00,510 So let's go to another layer layer 0. 230 00:20:01,240 --> 00:20:02,100 So BSP. 231 00:20:05,550 --> 00:20:07,510 On a score LCD underscore 232 00:20:11,670 --> 00:20:12,090 layer. 233 00:20:12,100 --> 00:20:13,260 Default in it. 234 00:20:15,280 --> 00:20:16,530 And then 0 over here. 235 00:20:16,570 --> 00:20:25,480 And then we're gonna pass LCD on a score frame buffer on a score. 236 00:20:25,640 --> 00:20:28,400 You like this. 237 00:20:28,570 --> 00:20:35,650 Now we're gonna see PSP on a score LCD on a score 238 00:20:41,230 --> 00:20:54,430 select layer no pass here over here and then turn on the display PSP and a score LCD on a score 239 00:20:59,110 --> 00:21:00,220 display on. 240 00:21:02,260 --> 00:21:04,610 And then we can wait for a while. 241 00:21:05,250 --> 00:21:07,320 Oh delay. 242 00:21:07,390 --> 00:21:16,410 Gonna give one fifty four here and then we can play PSP on the score. 243 00:21:17,530 --> 00:21:26,590 Oh city on the score there and then LCD on the score color on this score. 244 00:21:26,650 --> 00:21:28,870 Pass light Sy in here. 245 00:21:31,680 --> 00:21:34,930 And then we can delay a bit as well. 246 00:21:35,710 --> 00:21:39,450 So on this court delay 247 00:21:42,510 --> 00:21:45,190 can delay for 100 here. 248 00:21:45,280 --> 00:21:48,590 So this is going to be in its function for you. 249 00:21:48,720 --> 00:21:52,230 I write I'm going to copy this. 250 00:21:52,310 --> 00:21:59,140 It's a prototype at the top over here. 251 00:21:59,520 --> 00:22:01,940 We're going to have a control panel as well. 252 00:22:01,950 --> 00:22:03,470 Oh just bring the code. 253 00:22:03,530 --> 00:22:06,740 I'll copy and paste the function for that um. 254 00:22:06,780 --> 00:22:08,730 Write it down type it one by one. 255 00:22:08,730 --> 00:22:11,280 So that's why the control panel is going to look like. 256 00:22:11,290 --> 00:22:13,540 Well you don't see it. 257 00:22:13,600 --> 00:22:14,020 No. 258 00:22:14,050 --> 00:22:18,220 But yeah this is the code to generate our control panel. 259 00:22:18,840 --> 00:22:25,110 We're going to have a text a text that will simply read a I guess and this is going to be the label 260 00:22:25,110 --> 00:22:29,990 for the position where we place the result of the prediction of our neural network. 261 00:22:30,010 --> 00:22:32,650 We're going to have a button here known as you raise. 262 00:22:32,970 --> 00:22:36,780 We create this button by having a blue rectangle. 263 00:22:36,780 --> 00:22:39,770 We have a rectangle and then a text. 264 00:22:40,470 --> 00:22:41,540 And then um. 265 00:22:41,640 --> 00:22:42,950 Yeah. 266 00:22:43,260 --> 00:22:47,670 Currently it's not a button this jet is just a rectangle. 267 00:22:47,670 --> 00:22:50,700 You can see we have rectangle fill over here. 268 00:22:50,790 --> 00:22:56,400 We decide a position of the rectangle the x position the Y position the width and the height of the 269 00:22:56,400 --> 00:22:57,600 rectangle. 270 00:22:57,810 --> 00:23:03,690 And then that determines that the um the button that gives us the blue button which we shall see when 271 00:23:03,690 --> 00:23:05,930 we um we test it out. 272 00:23:06,030 --> 00:23:06,630 Okay. 273 00:23:06,630 --> 00:23:14,940 And then we have this over here this text which is going to be um which is um going to be. 274 00:23:15,360 --> 00:23:22,290 Which is going to be placed adjacent to another text that is going to the another takes which is going 275 00:23:22,290 --> 00:23:28,260 to be the prediction of our e I we shall see this in action we are going to have it a small rectangle 276 00:23:28,680 --> 00:23:35,400 which is going to hold the the scaled version of a one of our image. 277 00:23:35,430 --> 00:23:42,170 So if we draw on image on the LCD screen this current version is going to be stored in this small rectangle 278 00:23:42,180 --> 00:23:45,290 and this is going to show how this appears. 279 00:23:45,370 --> 00:23:53,400 Or this will show us how a white large image looks when compressed to twenty eight by twenty eight which 280 00:23:53,400 --> 00:23:58,890 is the um the dimensions that the M next neural network expects. 281 00:23:59,670 --> 00:24:03,690 So I'm going to call these new functions in a while. 282 00:24:04,440 --> 00:24:10,820 You know what main function and let's see what it produces on a microcontroller board. 283 00:24:11,010 --> 00:24:15,840 Start off by in it or copy the init 284 00:24:19,070 --> 00:24:25,690 I'm going gonna clean the print f with test that I already gonna initialize here and then I'm going 285 00:24:25,690 --> 00:24:27,700 to have control panel was set 286 00:24:33,790 --> 00:24:35,690 this over here as well right. 287 00:24:38,230 --> 00:24:40,760 So I'm going to click over here to build. 288 00:24:40,800 --> 00:24:42,250 Let's see if we have any errors. 289 00:24:43,070 --> 00:24:43,980 Mm hmm. 290 00:24:44,050 --> 00:24:45,170 We have a number of errors 291 00:24:48,370 --> 00:24:49,160 right. 292 00:24:49,210 --> 00:24:58,730 So we have these errors because we cannot locate I think a while board support package is no located. 293 00:24:59,320 --> 00:25:00,150 No problem. 294 00:25:00,170 --> 00:25:02,040 This simple situation 295 00:25:05,420 --> 00:25:14,770 I'm simply going to go to our main dot H function main dot h file and include 0 0 head of files for 296 00:25:14,770 --> 00:25:15,860 a PSP. 297 00:25:16,000 --> 00:25:23,350 So you see this is Mendota h I'm going to right click open declaration then I'm going to come down here 298 00:25:24,030 --> 00:25:25,660 right here I'll see it include 299 00:25:30,970 --> 00:25:47,990 S T M thirty two F for two nine I and a score discovery dot H right and then include gonna include this 300 00:25:47,990 --> 00:25:48,840 same thing. 301 00:25:48,900 --> 00:26:01,720 Actually which LCD on the score LCD over here and then glue the same thing on a score T S for touch 302 00:26:01,720 --> 00:26:10,610 screen to SDM 32 F for 2 9 I on the score Discovery got h LCD and then touch screen split again and 303 00:26:10,610 --> 00:26:11,330 see what we have 304 00:26:14,720 --> 00:26:18,690 we still have the same errors Okay 305 00:26:23,890 --> 00:26:24,150 okay. 306 00:26:24,170 --> 00:26:25,110 I report again. 307 00:26:25,120 --> 00:26:27,130 Now we have nine arrows. 308 00:26:27,940 --> 00:26:32,690 And the reason we have this is we've got to include funds right. 309 00:26:32,710 --> 00:26:38,040 We've got to include phones cause some war for war. 310 00:26:38,940 --> 00:26:42,680 Cause some of the folks we've included require phones that H. 311 00:26:42,690 --> 00:26:47,060 So there's a photo that comes with the SDM 32 discovery board. 312 00:26:47,100 --> 00:26:47,710 This one here. 313 00:26:47,800 --> 00:26:51,900 Quote utilities and this one has this forward I would have phones and other things. 314 00:26:51,900 --> 00:26:54,570 So I'm gonna copy that for a day and include it to a project right now. 315 00:26:56,280 --> 00:26:57,870 So this is our project forward. 316 00:26:58,050 --> 00:27:00,290 I'm gonna paste utilities in here 317 00:27:04,850 --> 00:27:12,570 and utilities has phones right and we are certainly using phones in our project. 318 00:27:12,750 --> 00:27:21,720 We so the font size if you check over here we have font size selected. 319 00:27:21,800 --> 00:27:24,550 Click here to build. 320 00:27:25,130 --> 00:27:26,360 It's looking good so far. 321 00:27:29,440 --> 00:27:30,550 26 errors. 322 00:27:30,830 --> 00:27:35,210 Okay let's see 323 00:27:44,820 --> 00:27:52,220 so the cause of this error all these 26 arrows is from the folder arrangement of the generator could. 324 00:27:52,220 --> 00:27:55,410 Over here I can see this is our project forward. 325 00:27:55,500 --> 00:28:02,220 Amnesty is call and drive us forward here yet to get up to get to our project we've got it open this 326 00:28:02,310 --> 00:28:06,450 other photo within our project for what are known as the SDM 32 cube idc. 327 00:28:07,050 --> 00:28:13,710 When we open here we have another photo here called driver's so to solve this problem we've got a copy 328 00:28:13,710 --> 00:28:22,250 our PSP for that and put it in here into this other drivers folder which is in the SDM 32 cube idea. 329 00:28:22,440 --> 00:28:24,320 So I'll come back to our route forward. 330 00:28:24,330 --> 00:28:27,090 Which is our project forward to go to drivers. 331 00:28:27,090 --> 00:28:35,610 This where we have a what PSP currently I'm going to copy this and then go to SDM 32 cube I.D. E and 332 00:28:35,610 --> 00:28:39,600 then go to drivers and then paste this over here. 333 00:28:40,550 --> 00:28:41,080 Okay. 334 00:28:41,100 --> 00:28:42,270 Now minimize this. 335 00:28:43,230 --> 00:28:50,310 And also um I think I have a typo here but let's leave the tie point see if this first action solves 336 00:28:50,310 --> 00:28:55,180 our problem click over here to run okay. 337 00:28:55,190 --> 00:28:55,870 It looks good. 338 00:28:56,360 --> 00:28:56,560 Okay. 339 00:28:56,570 --> 00:28:57,580 We have two arrows. 340 00:28:57,650 --> 00:28:59,350 So I have this typo here. 341 00:28:59,360 --> 00:29:00,740 So this a different era. 342 00:29:00,740 --> 00:29:02,480 I'll just solve this. 343 00:29:02,480 --> 00:29:07,530 I'll fix this and then click here to build it s pull it in. 344 00:29:08,690 --> 00:29:09,050 Okay. 345 00:29:09,050 --> 00:29:11,060 You know we have no errors. 346 00:29:11,360 --> 00:29:11,940 Okay. 347 00:29:12,050 --> 00:29:12,890 Oh. 348 00:29:13,040 --> 00:29:16,400 Download this onto the board or come over here run debug. 349 00:29:24,930 --> 00:29:28,510 Okay to download an S S download in progress. 350 00:29:34,710 --> 00:29:35,430 Okay. 351 00:29:35,460 --> 00:29:36,330 Still working 352 00:29:39,180 --> 00:29:39,420 okay. 353 00:29:39,420 --> 00:29:41,020 Download complete now. 354 00:29:41,040 --> 00:29:46,590 Or simply exit this and reset my microcontroller. 355 00:29:46,590 --> 00:29:50,230 And as you can see this is a war you are currently. 356 00:29:50,310 --> 00:29:55,200 So that's what I was talking about the background color is this color here. 357 00:29:55,290 --> 00:29:57,600 And then we have our blue button. 358 00:29:57,810 --> 00:30:01,050 This is the blue rectangle is currently just the rectangle. 359 00:30:01,170 --> 00:30:07,140 When you touch nothing happens and within the rectangle we have this would erase written there and we're 360 00:30:07,140 --> 00:30:14,380 going to use this blue rectangle area to clean the screen whenever we've sort of written something on 361 00:30:14,380 --> 00:30:18,660 this screen and we have our a guest label to the right of. 362 00:30:18,660 --> 00:30:26,280 This is going to be the predicted value of the neural network and this smaller square box we have on 363 00:30:26,280 --> 00:30:32,720 the side of the screen is going to give a scaled down version of whatever we draw on this screen. 364 00:30:32,730 --> 00:30:37,490 This is this is gonna be scaled down to twenty eight by twenty eight pixels. 365 00:30:38,250 --> 00:30:38,730 So that's it. 366 00:30:38,760 --> 00:30:44,670 And like I said everything that you see on the screen is defined by these lines that we've written over 367 00:30:44,670 --> 00:30:47,700 here in our control panel set function. 368 00:30:47,700 --> 00:30:51,350 So if there's something you don't understand here you can certainly let me know. 369 00:30:51,460 --> 00:31:02,030 But all of it the font size that you raise a word to a I guess the color etc. LCD color blue all of 370 00:31:02,030 --> 00:31:04,140 those text color all of them. 371 00:31:05,250 --> 00:31:05,630 Okay. 372 00:31:05,690 --> 00:31:08,240 So um yeah let's move on. 373 00:31:09,170 --> 00:31:12,100 Let's continue um this in the too. 374 00:31:13,220 --> 00:31:13,850 I'll see you.