sylvain viateur / Mbed 2 deprecated I2C_SSD1306_nucleo_l432KCc

Write the OLED(using I2C) l432KCc PIN sda scl reset

Dependencies:   Adafruit_GFX mbed

Fork of I2C_SSD1306_Helloworld_WIZwiki-W7500 by IOP

main.cpp@15:6396392fd424, 2018-09-21 (annotated)

Committer:
bibi94
Date:
Fri Sep 21 08:27:41 2018 +0000
Revision:
15:6396392fd424
Parent:
14:d7bc532b2133 
For L432KC NUCLEO

Who changed what in which revision?

UserRevisionLine numberNew contents of line
kaizen 0:81a58b2fb28e 1 #include "mbed.h"
kaizen 0:81a58b2fb28e 2 #include "Adafruit_SSD1306.h"
IOP 8:e61e86355653 3
bibi94 14:d7bc532b2133 4 #define NUMFLAKES 10
bibi94 14:d7bc532b2133 5 #define XPOS 0
bibi94 14:d7bc532b2133 6 #define YPOS 1
bibi94 14:d7bc532b2133 7 #define DELTAY 2
bibi94 14:d7bc532b2133 8
bibi94 14:d7bc532b2133 9
bibi94 14:d7bc532b2133 10 #define LOGO16_GLCD_HEIGHT 16
bibi94 14:d7bc532b2133 11 #define LOGO16_GLCD_WIDTH 16
bibi94 14:d7bc532b2133 12 //static const unsigned char PROGMEM logo16_glcd_bmp[] ={ B00000000, B00110000 };
bibi94 14:d7bc532b2133 13 uint8_t logo16_glcd_bmp[32] =
bibi94 14:d7bc532b2133 14 {
bibi94 14:d7bc532b2133 15 0x00, 0xC0, 0x01, 0xC0, 0x01, 0xC0, 0x03, 0xE0, 0xE3, 0xE0, 0xFE, 0xF8, 0xFE, 0xFF, 0x33, 0x9F, 0x1F, 0xFC, 0x0D, 0x70, 0x1B, 0xA0, 0x3F, 0xE0, 0x3F, 0xF0, 0x7C, 0xF0, 0x70, 0x70, 0x00, 0x30
bibi94 14:d7bc532b2133 16 };
bibi94 14:d7bc532b2133 17 DigitalOut myled_R(LED1);
bibi94 14:d7bc532b2133 18
bibi94 14:d7bc532b2133 19 I2C i2c(PA_10,PA_9);//sda,scl(PA_10,PA_9)
bibi94 14:d7bc532b2133 20
bibi94 14:d7bc532b2133 21 Adafruit_SSD1306_I2c myOled(i2c,PB_7,0x7A,64,128);//0x3D+SA0+RW
bibi94 14:d7bc532b2133 22 Serial pc(SERIAL_TX, SERIAL_RX);
bibi94 14:d7bc532b2133 23
bibi94 14:d7bc532b2133 24 void testdrawbitmap(const uint8_t *bitmap, uint8_t w, uint8_t h) {
bibi94 14:d7bc532b2133 25 uint8_t icons[NUMFLAKES][3];
bibi94 14:d7bc532b2133 26
bibi94 14:d7bc532b2133 27 // initialize
bibi94 14:d7bc532b2133 28 for (uint8_t f=0; f< NUMFLAKES; f++) {
bibi94 14:d7bc532b2133 29 icons[f][XPOS] = rand()%myOled.width();
bibi94 14:d7bc532b2133 30 icons[f][YPOS] = 0;
bibi94 14:d7bc532b2133 31 icons[f][DELTAY] = rand()%5 + 1;
bibi94 14:d7bc532b2133 32
bibi94 14:d7bc532b2133 33 pc.printf("x: %d",icons[f][XPOS]);
bibi94 14:d7bc532b2133 34 // pc.printf(icons[f][XPOS], DEC);
bibi94 14:d7bc532b2133 35 pc.printf(" y: %d",icons[f][YPOS]);
bibi94 14:d7bc532b2133 36 //pc.printf(icons[f][YPOS], DEC);
bibi94 14:d7bc532b2133 37 pc.printf(" dy: %d",icons[f][DELTAY]);
bibi94 14:d7bc532b2133 38 //pc.printfln(icons[f][DELTAY], DEC);
bibi94 14:d7bc532b2133 39 }
bibi94 14:d7bc532b2133 40
bibi94 14:d7bc532b2133 41 while (1) {
bibi94 14:d7bc532b2133 42 // draw each icon
bibi94 14:d7bc532b2133 43 for (uint8_t f=0; f< NUMFLAKES; f++) {
bibi94 14:d7bc532b2133 44 myOled.drawBitmap(icons[f][XPOS], icons[f][YPOS], bitmap, w, h, WHITE);
bibi94 14:d7bc532b2133 45 }
bibi94 14:d7bc532b2133 46 myOled.display();
bibi94 14:d7bc532b2133 47 wait(0.5);
bibi94 14:d7bc532b2133 48
bibi94 14:d7bc532b2133 49 // then erase it + move it
bibi94 14:d7bc532b2133 50 for (uint8_t f=0; f< NUMFLAKES; f++) {
bibi94 14:d7bc532b2133 51 myOled.drawBitmap(icons[f][XPOS], icons[f][YPOS], bitmap, w, h, BLACK);
bibi94 14:d7bc532b2133 52 // move it
bibi94 14:d7bc532b2133 53 icons[f][YPOS] += icons[f][DELTAY];
bibi94 14:d7bc532b2133 54 // if its gone, reinit
bibi94 14:d7bc532b2133 55 if (icons[f][YPOS] > myOled.height()) {
bibi94 14:d7bc532b2133 56 icons[f][XPOS] = rand()%myOled.width();
bibi94 14:d7bc532b2133 57 icons[f][YPOS] = 0;
bibi94 14:d7bc532b2133 58 icons[f][DELTAY] = rand()%5 + 1;
bibi94 14:d7bc532b2133 59 }
bibi94 14:d7bc532b2133 60 }
bibi94 14:d7bc532b2133 61 }
bibi94 14:d7bc532b2133 62 }
bibi94 14:d7bc532b2133 63
bibi94 14:d7bc532b2133 64
bibi94 14:d7bc532b2133 65 void testdrawchar(void) {
bibi94 14:d7bc532b2133 66 myOled.setTextSize(1);
bibi94 14:d7bc532b2133 67 myOled.setTextColor(WHITE);
bibi94 14:d7bc532b2133 68 myOled.setTextCursor(0,0);
bibi94 14:d7bc532b2133 69 for (uint8_t i=0; i < 168; i++) {
bibi94 14:d7bc532b2133 70 if (i == '\n') continue;
bibi94 14:d7bc532b2133 71 myOled.writeChar(i);
bibi94 14:d7bc532b2133 72 if ((i > 0) && (i % 21 == 0))
bibi94 14:d7bc532b2133 73 myOled.printf("\n");
bibi94 14:d7bc532b2133 74 }
bibi94 14:d7bc532b2133 75 myOled.display();
bibi94 14:d7bc532b2133 76 wait(0.5);
bibi94 14:d7bc532b2133 77 }
bibi94 14:d7bc532b2133 78
bibi94 14:d7bc532b2133 79 void testdrawcircle(void) {
bibi94 14:d7bc532b2133 80 for (int16_t i=0; i<myOled.height(); i+=2) {
bibi94 14:d7bc532b2133 81 myOled.drawCircle(myOled.width()/2, myOled.height()/2, i, WHITE);
bibi94 14:d7bc532b2133 82 myOled.display();
bibi94 14:d7bc532b2133 83 wait(0.5);
bibi94 14:d7bc532b2133 84 }
bibi94 14:d7bc532b2133 85 }
bibi94 14:d7bc532b2133 86
bibi94 14:d7bc532b2133 87 void testfillrect(void) {
bibi94 14:d7bc532b2133 88 uint8_t color = 1;
bibi94 14:d7bc532b2133 89 for (int16_t i=0; i<myOled.height()/2; i+=3) {
bibi94 14:d7bc532b2133 90 // alternate colors
bibi94 14:d7bc532b2133 91 myOled.fillRect(i, i, myOled.width()-i*2, myOled.height()-i*2, color%2);
bibi94 14:d7bc532b2133 92 myOled.display();
bibi94 14:d7bc532b2133 93 wait(0.5);
bibi94 14:d7bc532b2133 94 color++;
bibi94 14:d7bc532b2133 95 }
bibi94 14:d7bc532b2133 96 }
bibi94 14:d7bc532b2133 97
bibi94 14:d7bc532b2133 98 void testdrawtriangle(void) {
bibi94 14:d7bc532b2133 99 for (int16_t i=0; i<min(myOled.width(),myOled.height())/2; i+=5) {
bibi94 14:d7bc532b2133 100 myOled.drawTriangle(myOled.width()/2, myOled.height()/2-i,
bibi94 14:d7bc532b2133 101 myOled.width()/2-i, myOled.height()/2+i,
bibi94 14:d7bc532b2133 102 myOled.width()/2+i, myOled.height()/2+i, WHITE);
bibi94 14:d7bc532b2133 103 myOled.display();
bibi94 14:d7bc532b2133 104 wait(0.5);
bibi94 14:d7bc532b2133 105 }
bibi94 14:d7bc532b2133 106 }
kaizen 0:81a58b2fb28e 107
bibi94 14:d7bc532b2133 108 void testfilltriangle(void) {
bibi94 14:d7bc532b2133 109 uint8_t color = WHITE;
bibi94 14:d7bc532b2133 110 for (int16_t i=min(myOled.width(),myOled.height())/2; i>0; i-=5) {
bibi94 14:d7bc532b2133 111 myOled.fillTriangle(myOled.width()/2, myOled.height()/2-i,
bibi94 14:d7bc532b2133 112 myOled.width()/2-i, myOled.height()/2+i,
bibi94 14:d7bc532b2133 113 myOled.width()/2+i, myOled.height()/2+i, WHITE);
bibi94 14:d7bc532b2133 114 if (color == WHITE) color = BLACK;
bibi94 14:d7bc532b2133 115 else color = WHITE;
bibi94 14:d7bc532b2133 116 myOled.display();
bibi94 14:d7bc532b2133 117 wait(0.5);
bibi94 14:d7bc532b2133 118 }
bibi94 14:d7bc532b2133 119 }
bibi94 14:d7bc532b2133 120
bibi94 14:d7bc532b2133 121 void testdrawroundrect(void) {
bibi94 14:d7bc532b2133 122 for (int16_t i=0; i<myOled.height()/2-2; i+=2) {
bibi94 14:d7bc532b2133 123 myOled.drawRoundRect(i, i, myOled.width()-2*i, myOled.height()-2*i, myOled.height()/4, WHITE);
bibi94 14:d7bc532b2133 124 myOled.display();
bibi94 14:d7bc532b2133 125 wait(0.5);
bibi94 14:d7bc532b2133 126 }
bibi94 14:d7bc532b2133 127 }
bibi94 14:d7bc532b2133 128
bibi94 14:d7bc532b2133 129 void testfillroundrect(void) {
bibi94 14:d7bc532b2133 130 uint8_t color = WHITE;
bibi94 14:d7bc532b2133 131 for (int16_t i=0; i<myOled.height()/2-2; i+=2) {
bibi94 14:d7bc532b2133 132 myOled.fillRoundRect(i, i, myOled.width()-2*i, myOled.height()-2*i, myOled.height()/4, color);
bibi94 14:d7bc532b2133 133 if (color == WHITE) color = BLACK;
bibi94 14:d7bc532b2133 134 else color = WHITE;
bibi94 14:d7bc532b2133 135 myOled.display();
bibi94 14:d7bc532b2133 136 wait(0.5);
bibi94 14:d7bc532b2133 137 }
bibi94 14:d7bc532b2133 138 }
bibi94 14:d7bc532b2133 139
bibi94 14:d7bc532b2133 140 void testdrawrect(void) {
bibi94 14:d7bc532b2133 141 for (int16_t i=0; i<myOled.height()/2; i+=2) {
bibi94 14:d7bc532b2133 142 myOled.drawRect(i, i, myOled.width()-2*i, myOled.height()-2*i, WHITE);
bibi94 14:d7bc532b2133 143 myOled.display();
bibi94 14:d7bc532b2133 144 wait(0.5);
bibi94 14:d7bc532b2133 145 }
bibi94 14:d7bc532b2133 146 }
kaizen 0:81a58b2fb28e 147
bibi94 14:d7bc532b2133 148 void testdrawline() {
bibi94 14:d7bc532b2133 149 for (int16_t i=0; i<myOled.width(); i+=4) {
bibi94 14:d7bc532b2133 150 myOled.drawLine(0, 0, i, myOled.height()-1, WHITE);
bibi94 14:d7bc532b2133 151 myOled.display();
bibi94 14:d7bc532b2133 152 wait(0.5);
bibi94 14:d7bc532b2133 153 }
bibi94 14:d7bc532b2133 154 for (int16_t i=0; i<myOled.height(); i+=4) {
bibi94 14:d7bc532b2133 155 myOled.drawLine(0, 0, myOled.width()-1, i, WHITE);
bibi94 14:d7bc532b2133 156 myOled.display();
bibi94 14:d7bc532b2133 157 wait(0.5);
bibi94 14:d7bc532b2133 158 }
bibi94 14:d7bc532b2133 159 wait(0.25);
bibi94 14:d7bc532b2133 160
bibi94 14:d7bc532b2133 161 myOled.clearDisplay();
bibi94 14:d7bc532b2133 162 for (int16_t i=0; i<myOled.width(); i+=4) {
bibi94 14:d7bc532b2133 163 myOled.drawLine(0, myOled.height()-1, i, 0, WHITE);
bibi94 14:d7bc532b2133 164 myOled.display();
bibi94 14:d7bc532b2133 165 wait(0.5);
bibi94 14:d7bc532b2133 166 }
bibi94 14:d7bc532b2133 167 for (int16_t i=myOled.height()-1; i>=0; i-=4) {
bibi94 14:d7bc532b2133 168 myOled.drawLine(0, myOled.height()-1, myOled.width()-1, i, WHITE);
bibi94 14:d7bc532b2133 169 myOled.display();
bibi94 14:d7bc532b2133 170 wait(0.5);
bibi94 14:d7bc532b2133 171 }
bibi94 14:d7bc532b2133 172 wait(0.25);
bibi94 14:d7bc532b2133 173
bibi94 14:d7bc532b2133 174 myOled.clearDisplay();
bibi94 14:d7bc532b2133 175 for (int16_t i=myOled.width()-1; i>=0; i-=4) {
bibi94 14:d7bc532b2133 176 myOled.drawLine(myOled.width()-1, myOled.height()-1, i, 0, WHITE);
bibi94 14:d7bc532b2133 177 myOled.display();
bibi94 14:d7bc532b2133 178 wait(0.5);
bibi94 14:d7bc532b2133 179 }
bibi94 14:d7bc532b2133 180 for (int16_t i=myOled.height()-1; i>=0; i-=4) {
bibi94 14:d7bc532b2133 181 myOled.drawLine(myOled.width()-1, myOled.height()-1, 0, i, WHITE);
bibi94 14:d7bc532b2133 182 myOled.display();
bibi94 14:d7bc532b2133 183 wait(0.5);
bibi94 14:d7bc532b2133 184 }
bibi94 14:d7bc532b2133 185 wait(0.25);
WIzMatthew 12:f7375e185594 186
bibi94 14:d7bc532b2133 187 myOled.clearDisplay();
bibi94 14:d7bc532b2133 188 for (int16_t i=0; i<myOled.height(); i+=4) {
bibi94 14:d7bc532b2133 189 myOled.drawLine(myOled.width()-1, 0, 0, i, WHITE);
bibi94 14:d7bc532b2133 190 myOled.display();
bibi94 14:d7bc532b2133 191 wait(0.5);
bibi94 14:d7bc532b2133 192 }
bibi94 14:d7bc532b2133 193 for (int16_t i=0; i<myOled.width(); i+=4) {
bibi94 14:d7bc532b2133 194 myOled.drawLine(myOled.width()-1, 0, i, myOled.height()-1, WHITE);
bibi94 14:d7bc532b2133 195 myOled.display();
bibi94 14:d7bc532b2133 196 wait(0.5);
bibi94 14:d7bc532b2133 197 }
bibi94 14:d7bc532b2133 198 wait(0.25);
bibi94 14:d7bc532b2133 199 }
bibi94 14:d7bc532b2133 200
bibi94 14:d7bc532b2133 201 void testscrolltext(void) {
bibi94 14:d7bc532b2133 202 myOled.setTextSize(2);
bibi94 14:d7bc532b2133 203 myOled.setTextColor(WHITE);
bibi94 14:d7bc532b2133 204 myOled.setTextCursor(10,0);
bibi94 14:d7bc532b2133 205 myOled.clearDisplay();
bibi94 14:d7bc532b2133 206 myOled.printf("scroll");
bibi94 14:d7bc532b2133 207 myOled.display();
bibi94 14:d7bc532b2133 208 wait(0.5);
bibi94 14:d7bc532b2133 209
bibi94 14:d7bc532b2133 210 myOled.startscrollright(0x00, 0x0F);
bibi94 14:d7bc532b2133 211 wait(0.5);
bibi94 14:d7bc532b2133 212 myOled.stopscroll();
bibi94 14:d7bc532b2133 213 wait(0.5);
bibi94 14:d7bc532b2133 214 myOled.startscrollleft(0x00, 0x0F);
bibi94 14:d7bc532b2133 215 wait(0.5);
bibi94 14:d7bc532b2133 216 myOled.stopscroll();
bibi94 14:d7bc532b2133 217 wait(0.5);
bibi94 14:d7bc532b2133 218 myOled.startscrolldiagright(0x00, 0x07);
bibi94 14:d7bc532b2133 219 wait(0.5);
bibi94 14:d7bc532b2133 220 myOled.startscrolldiagleft(0x00, 0x07);
bibi94 14:d7bc532b2133 221 wait(0.5);
bibi94 14:d7bc532b2133 222 myOled.stopscroll();
bibi94 14:d7bc532b2133 223 }
kaizen 0:81a58b2fb28e 224
kaizen 0:81a58b2fb28e 225 int main()
IOP 9:a6021ca48d2e 226 {
bibi94 14:d7bc532b2133 227 // uint16_t x=0;
bibi94 14:d7bc532b2133 228 // pc.printf("Hello World !\n");
bibi94 14:d7bc532b2133 229 //pc.printf("%ux%u \nHellow World\r\n", myOled.width(), myOled.SD_I2C_ADDRESS());
IOP 9:a6021ca48d2e 230 myOled.begin();
bibi94 14:d7bc532b2133 231 // Show image buffer on the display hardware.
bibi94 14:d7bc532b2133 232 // Since the buffer is intialized with an Adafruit splashscreen
bibi94 14:d7bc532b2133 233 // internally, this will display the splashscreen.
bibi94 14:d7bc532b2133 234 myOled.display();
bibi94 14:d7bc532b2133 235 wait(2);
bibi94 14:d7bc532b2133 236
bibi94 14:d7bc532b2133 237 // Clear the buffer.
bibi94 14:d7bc532b2133 238 myOled.clearDisplay();
bibi94 14:d7bc532b2133 239
bibi94 14:d7bc532b2133 240 // draw a single pixel
bibi94 14:d7bc532b2133 241 myOled.drawPixel(10, 10, WHITE);
bibi94 14:d7bc532b2133 242 // Show the display buffer on the hardware.
bibi94 14:d7bc532b2133 243 // NOTE: You _must_ call display after making any drawing commands
bibi94 14:d7bc532b2133 244 // to make them visible on the display hardware!
bibi94 14:d7bc532b2133 245 myOled.display();
bibi94 14:d7bc532b2133 246 wait(2);
bibi94 14:d7bc532b2133 247 myOled.clearDisplay();
bibi94 14:d7bc532b2133 248
bibi94 14:d7bc532b2133 249 // draw many lines
bibi94 14:d7bc532b2133 250 testdrawline();
bibi94 14:d7bc532b2133 251 myOled.display();
bibi94 14:d7bc532b2133 252 wait(2);
bibi94 14:d7bc532b2133 253 myOled.clearDisplay();
bibi94 14:d7bc532b2133 254
bibi94 14:d7bc532b2133 255 // draw rectangles
bibi94 14:d7bc532b2133 256 testdrawrect();
bibi94 14:d7bc532b2133 257 myOled.display();
bibi94 14:d7bc532b2133 258 wait(1);
bibi94 14:d7bc532b2133 259 myOled.clearDisplay();
bibi94 14:d7bc532b2133 260
bibi94 14:d7bc532b2133 261 // draw multiple rectangles
bibi94 14:d7bc532b2133 262 testfillrect();
bibi94 14:d7bc532b2133 263 myOled.display();
bibi94 14:d7bc532b2133 264 wait(1);
bibi94 14:d7bc532b2133 265 myOled.clearDisplay();
bibi94 14:d7bc532b2133 266
bibi94 14:d7bc532b2133 267 // draw mulitple circles
bibi94 14:d7bc532b2133 268 testdrawcircle();
bibi94 14:d7bc532b2133 269 myOled.display();
bibi94 14:d7bc532b2133 270 wait(2);
bibi94 14:d7bc532b2133 271 myOled.clearDisplay();
bibi94 14:d7bc532b2133 272
bibi94 14:d7bc532b2133 273 // draw a white circle, 10 pixel radius
bibi94 14:d7bc532b2133 274 myOled.fillCircle(myOled.width()/2, myOled.height()/2, 10, WHITE);
bibi94 14:d7bc532b2133 275 myOled.display();
bibi94 14:d7bc532b2133 276 wait(2);
bibi94 14:d7bc532b2133 277 myOled.clearDisplay();
bibi94 14:d7bc532b2133 278
bibi94 14:d7bc532b2133 279 testdrawroundrect();
bibi94 14:d7bc532b2133 280 wait(2);
bibi94 14:d7bc532b2133 281 myOled.clearDisplay();
kaizen 0:81a58b2fb28e 282
bibi94 14:d7bc532b2133 283 testfillroundrect();
bibi94 14:d7bc532b2133 284 wait(2);
bibi94 14:d7bc532b2133 285 myOled.clearDisplay();
bibi94 14:d7bc532b2133 286
bibi94 14:d7bc532b2133 287 testdrawtriangle();
bibi94 14:d7bc532b2133 288 wait(2);
bibi94 14:d7bc532b2133 289 myOled.clearDisplay();
bibi94 14:d7bc532b2133 290
bibi94 14:d7bc532b2133 291 testfilltriangle();
bibi94 14:d7bc532b2133 292 wait(2);
bibi94 14:d7bc532b2133 293 myOled.clearDisplay();
bibi94 14:d7bc532b2133 294
bibi94 14:d7bc532b2133 295 // draw the first ~12 characters in the font
bibi94 14:d7bc532b2133 296 testdrawchar();
bibi94 14:d7bc532b2133 297 myOled.display();
bibi94 14:d7bc532b2133 298 wait(2);
bibi94 14:d7bc532b2133 299 myOled.clearDisplay();
bibi94 14:d7bc532b2133 300
bibi94 14:d7bc532b2133 301 // draw scrolling text
bibi94 14:d7bc532b2133 302 testscrolltext();
bibi94 14:d7bc532b2133 303 wait(2);
bibi94 14:d7bc532b2133 304 myOled.clearDisplay();
bibi94 14:d7bc532b2133 305
bibi94 14:d7bc532b2133 306 // text display tests
bibi94 14:d7bc532b2133 307 myOled.setTextSize(1);
bibi94 14:d7bc532b2133 308 myOled.setTextColor(WHITE);
bibi94 14:d7bc532b2133 309 myOled.setTextCursor(0,0);
bibi94 14:d7bc532b2133 310 //myOled.setCursor(0,0);
bibi94 14:d7bc532b2133 311 myOled.printf("Hello, world!");
bibi94 14:d7bc532b2133 312 myOled.setTextColor(BLACK, WHITE); // 'inverted' text
bibi94 14:d7bc532b2133 313 myOled.printf("3.141592");
bibi94 14:d7bc532b2133 314 myOled.setTextSize(2);
bibi94 14:d7bc532b2133 315 myOled.setTextColor(WHITE);
bibi94 14:d7bc532b2133 316 myOled.printf("0x",0xDEADBEEF);// myOled.printf(0xDEADBEEF, HEX);
bibi94 14:d7bc532b2133 317 myOled.display();
bibi94 14:d7bc532b2133 318 wait(0.5);
bibi94 14:d7bc532b2133 319 myOled.clearDisplay();
bibi94 14:d7bc532b2133 320
bibi94 14:d7bc532b2133 321 // miniature bitmap display
bibi94 14:d7bc532b2133 322 //myOled.drawBitmap(30, 16, logo16_glcd_bmp, 16, 16, 1);
bibi94 14:d7bc532b2133 323 myOled.display();
bibi94 14:d7bc532b2133 324 wait(0.5);
bibi94 14:d7bc532b2133 325
bibi94 14:d7bc532b2133 326 // invert the display
bibi94 14:d7bc532b2133 327 myOled.invertDisplay(true);
bibi94 14:d7bc532b2133 328 wait(0.5);
bibi94 14:d7bc532b2133 329 myOled.invertDisplay(false);
bibi94 14:d7bc532b2133 330 wait(0.5);
bibi94 14:d7bc532b2133 331 myOled.clearDisplay();
bibi94 14:d7bc532b2133 332
bibi94 14:d7bc532b2133 333 // draw a bitmap icon and 'animate' movement
bibi94 14:d7bc532b2133 334 testdrawbitmap(logo16_glcd_bmp, LOGO16_GLCD_HEIGHT, LOGO16_GLCD_WIDTH);
bibi94 14:d7bc532b2133 335 /* while(1)
kaizen 0:81a58b2fb28e 336 {
bibi94 14:d7bc532b2133 337 //myOled.drawPixel(x, 32, 1);
bibi94 14:d7bc532b2133 338 // myOled.drawCircle(64,32,20,1);
bibi94 14:d7bc532b2133 339 // myOled.drawFastVLine(125,2,50,1);
bibi94 14:d7bc532b2133 340 //myled_R = !myled_R;
bibi94 14:d7bc532b2133 341 //myOled.printf("%u\r",x);
bibi94 14:d7bc532b2133 342 //myOled.display();
bibi94 14:d7bc532b2133 343 //x = x + 1;
bibi94 14:d7bc532b2133 344 //wait(0.5);
bibi94 14:d7bc532b2133 345 }*/
kaizen 0:81a58b2fb28e 346 }