SP1 vers 3

Dependencies:   Fonts

Committer:
sstaub
Date:
Thu Sep 22 11:28:11 2016 +0000
Revision:
1:03129e57a003
new library for EADOG displays from electronic assembly, only tested for EADOG132M

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UserRevisionLine numberNew contents of line
sstaub 1:03129e57a003 1 /* mbed library for the EA DOGM128 (128x64), DOGM132 (132x32), DOGL128 (128x64) pixel LCD
sstaub 1:03129e57a003 2 * use ST7565R controller
sstaub 1:03129e57a003 3 * Copyright (c) 2016 Stefan Staub
sstaub 1:03129e57a003 4 * Released under the MIT License: http://mbed.org/license/mit
sstaub 1:03129e57a003 5 *
sstaub 1:03129e57a003 6 * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
sstaub 1:03129e57a003 7 * IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
sstaub 1:03129e57a003 8 * FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
sstaub 1:03129e57a003 9 * AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
sstaub 1:03129e57a003 10 * LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
sstaub 1:03129e57a003 11 * OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN
sstaub 1:03129e57a003 12 * THE SOFTWARE.
sstaub 1:03129e57a003 13 */
sstaub 1:03129e57a003 14
sstaub 1:03129e57a003 15 #ifndef EADOG_H
sstaub 1:03129e57a003 16 #define EADOG_H
sstaub 1:03129e57a003 17
sstaub 1:03129e57a003 18 #include "mbed.h"
sstaub 1:03129e57a003 19
sstaub 1:03129e57a003 20 /** display type
sstaub 1:03129e57a003 21 *
sstaub 1:03129e57a003 22 * @param DOGM128 128x64 2.3''
sstaub 1:03129e57a003 23 * @param DOGM132 132x32 2.1''
sstaub 1:03129e57a003 24 * @param DOGL128 128x64 2.8''
sstaub 1:03129e57a003 25 *
sstaub 1:03129e57a003 26 */
sstaub 1:03129e57a003 27 enum {DOGM128, DOGM132, DOGL128};
sstaub 1:03129e57a003 28
sstaub 1:03129e57a003 29 /** update modes
sstaub 1:03129e57a003 30 *
sstaub 1:03129e57a003 31 * @param AUTO default
sstaub 1:03129e57a003 32 * @param MANUELL
sstaub 1:03129e57a003 33 *
sstaub 1:03129e57a003 34 */
sstaub 1:03129e57a003 35 enum {MANUAL, AUTO};
sstaub 1:03129e57a003 36
sstaub 1:03129e57a003 37 /** display settings
sstaub 1:03129e57a003 38 *
sstaub 1:03129e57a003 39 * @param ON display on, default
sstaub 1:03129e57a003 40 * @param OFF display off
sstaub 1:03129e57a003 41 * @param SLEEP sets the display to sleep mode
sstaub 1:03129e57a003 42 * @param DEFAULT default
sstaub 1:03129e57a003 43 * @param INVERT inverts display
sstaub 1:03129e57a003 44 * @param BOTTOM default 0°
sstaub 1:03129e57a003 45 * @param TOPVIEW rotate the screento 180°
sstaub 1:03129e57a003 46 *
sstaub 1:03129e57a003 47 */
sstaub 1:03129e57a003 48 enum {ON, OFF, SLEEP, DEFAULT, INVERT, BOTTOM, TOPVIEW, CONTRAST, RST};
sstaub 1:03129e57a003 49
sstaub 1:03129e57a003 50 /** bitmap
sstaub 1:03129e57a003 51 *
sstaub 1:03129e57a003 52 */
sstaub 1:03129e57a003 53 struct Bitmap {
sstaub 1:03129e57a003 54 int xSize;
sstaub 1:03129e57a003 55 int ySize;
sstaub 1:03129e57a003 56 int byte_in_Line;
sstaub 1:03129e57a003 57 char *data;
sstaub 1:03129e57a003 58 };
sstaub 1:03129e57a003 59
sstaub 1:03129e57a003 60 /** Library for the EADOG LCD displays from electronic assembly
sstaub 1:03129e57a003 61 *
sstaub 1:03129e57a003 62 * Example for EA DOGM132x-5 with STM32F401RE Nucleo
sstaub 1:03129e57a003 63 * @code
sstaub 1:03129e57a003 64 * // display test for EA DOGM132x-5 with STM32F401RE Nucleo
sstaub 1:03129e57a003 65 * // sstaub(c)2016
sstaub 1:03129e57a003 66 *
sstaub 1:03129e57a003 67 * #include "mbed.h"
sstaub 1:03129e57a003 68 * #include "EADOG.h"
sstaub 1:03129e57a003 69 * #include "Small_7.h"
sstaub 1:03129e57a003 70 * #include "Fonts/ArialR12x14.h"
sstaub 1:03129e57a003 71 *
sstaub 1:03129e57a003 72 * // DOGM132x-5 Wide Range
sstaub 1:03129e57a003 73 * // Pins for STM32F401RE Nucleo
sstaub 1:03129e57a003 74 *
sstaub 1:03129e57a003 75 * // DOG Pin Purpose ST Pin
sstaub 1:03129e57a003 76 * // 40 CS PB_6(D10)
sstaub 1:03129e57a003 77 * // 39 Reset PC_7(D9)
sstaub 1:03129e57a003 78 * // 38 A0 PA_9(D8)
sstaub 1:03129e57a003 79 * // 37 SCK PA_5(D13, SCK)
sstaub 1:03129e57a003 80 * // 36 MOSI PA_7(D11, MOSI)
sstaub 1:03129e57a003 81 * // 35 VDD 3.3V
sstaub 1:03129e57a003 82 * // 34 VDD2 3.3V
sstaub 1:03129e57a003 83 * // 33 VSS GND
sstaub 1:03129e57a003 84 * // 32 VOUT 1uF -> GND
sstaub 1:03129e57a003 85 * // 31 CAP3P 1uF -> CAP1N
sstaub 1:03129e57a003 86 * // 30 CAP1N 1uF -> CAP1P
sstaub 1:03129e57a003 87 * // 29 CAP1P
sstaub 1:03129e57a003 88 * // 28 CAP2P 1uF -> CAP2N
sstaub 1:03129e57a003 89 * // 27 CAP2N
sstaub 1:03129e57a003 90 * // 26 VSS GND
sstaub 1:03129e57a003 91 * // 25 V4 1uF -> GND
sstaub 1:03129e57a003 92 * // 24 V3 1uF -> GND
sstaub 1:03129e57a003 93 * // 23 V2 1uF -> GND
sstaub 1:03129e57a003 94 * // 22 V1 1uF -> GND
sstaub 1:03129e57a003 95 * // 21 V0 1uF -> GND
sstaub 1:03129e57a003 96 *
sstaub 1:03129e57a003 97 *
sstaub 1:03129e57a003 98 * EADOG lcd(PA_7, PA_5, PC_7, PA_9, PB_6, DOGM132); // MOSI, SCK, Reset, A0, CS
sstaub 1:03129e57a003 99 *
sstaub 1:03129e57a003 100 * int main() {
sstaub 1:03129e57a003 101 * // create logo
sstaub 1:03129e57a003 102 * lcd.update(MANUAL);
sstaub 1:03129e57a003 103 * lcd.rectangle(0, 0, 131, 31, 1);
sstaub 1:03129e57a003 104 * lcd.fillrect(2, 2, 4, 4, 1);
sstaub 1:03129e57a003 105 * lcd.fillrect(2, 27, 4, 29, 1);
sstaub 1:03129e57a003 106 * lcd.fillrect(61, 2, 63, 4, 1);
sstaub 1:03129e57a003 107 * lcd.fillrect(61, 27, 63, 29, 1);
sstaub 1:03129e57a003 108 * lcd.line(65, 0, 65, 31, 1);
sstaub 1:03129e57a003 109 * lcd.circle(33, 15, 10, 1);
sstaub 1:03129e57a003 110 * lcd.circle(33, 15, 6, 1);
sstaub 1:03129e57a003 111 * lcd.fillcircle(33, 15, 3, 1);
sstaub 1:03129e57a003 112 * lcd.update();
sstaub 1:03129e57a003 113 * lcd.update(AUTO);
sstaub 1:03129e57a003 114 * // create description text
sstaub 1:03129e57a003 115 * lcd.locate(70, 1);
sstaub 1:03129e57a003 116 * lcd.font((unsigned char*)ArialR12x14);
sstaub 1:03129e57a003 117 * lcd.printf("mbed");
sstaub 1:03129e57a003 118 * lcd.locate(70, 13);
sstaub 1:03129e57a003 119 * lcd.font((unsigned char*)Small_7);
sstaub 1:03129e57a003 120 * lcd.printf("EA");
sstaub 1:03129e57a003 121 * lcd.locate(70, 22);
sstaub 1:03129e57a003 122 * lcd.printf("DOGM132x-5");
sstaub 1:03129e57a003 123 *
sstaub 1:03129e57a003 124 * wait(1);
sstaub 1:03129e57a003 125 * lcd.display(CONTRAST, 16); // contrast low
sstaub 1:03129e57a003 126 * wait(1);
sstaub 1:03129e57a003 127 * lcd.display(CONTRAST, 40); // contrast high
sstaub 1:03129e57a003 128 * wait(1);
sstaub 1:03129e57a003 129 * lcd.display(CONTRAST); // contrast default
sstaub 1:03129e57a003 130 * wait(1);
sstaub 1:03129e57a003 131 * lcd.display(OFF); // display off
sstaub 1:03129e57a003 132 * wait(1);
sstaub 1:03129e57a003 133 * lcd.display(ON); // display on
sstaub 1:03129e57a003 134 * wait(1);
sstaub 1:03129e57a003 135 * lcd.display(SLEEP); // display sleep
sstaub 1:03129e57a003 136 * wait(1);
sstaub 1:03129e57a003 137 * lcd.display(ON); // display wake up
sstaub 1:03129e57a003 138 *
sstaub 1:03129e57a003 139 * while(1) { // main loop
sstaub 1:03129e57a003 140 * lcd.display(INVERT); // display inverted
sstaub 1:03129e57a003 141 * lcd.display(BOTTOM); // display normal orientation
sstaub 1:03129e57a003 142 * wait(2);
sstaub 1:03129e57a003 143 * lcd.display(DEFAULT); // display
sstaub 1:03129e57a003 144 * lcd.display(TOPVIEW); // display rotated
sstaub 1:03129e57a003 145 * wait(2);
sstaub 1:03129e57a003 146 * }
sstaub 1:03129e57a003 147 * }
sstaub 1:03129e57a003 148 * @endcode
sstaub 1:03129e57a003 149 */
sstaub 1:03129e57a003 150 class EADOG : public Stream {
sstaub 1:03129e57a003 151
sstaub 1:03129e57a003 152 public:
sstaub 1:03129e57a003 153
sstaub 1:03129e57a003 154 /** create a EADOG object connected to SPI
sstaub 1:03129e57a003 155 *
sstaub 1:03129e57a003 156 * @param mosi pinname
sstaub 1:03129e57a003 157 * @param sck pinname
sstaub 1:03129e57a003 158 * @param reset pinname
sstaub 1:03129e57a003 159 * @param a0 pinname
sstaub 1:03129e57a003 160 * @param cs pinname
sstaub 1:03129e57a003 161 *
sstaub 1:03129e57a003 162 */
sstaub 1:03129e57a003 163 EADOG(PinName mosi, PinName sck, PinName reset, PinName a0, PinName cs, uint8_t type);
sstaub 1:03129e57a003 164
sstaub 1:03129e57a003 165 /** draw a pixel in buffer at x, y black or white
sstaub 1:03129e57a003 166 *
sstaub 1:03129e57a003 167 * @param x horizontal position
sstaub 1:03129e57a003 168 * @param y vertical position
sstaub 1:03129e57a003 169 * @param colour 1 set pixel, 0 erase pixel
sstaub 1:03129e57a003 170 * there is no update, it writes the pixel only in the buffer
sstaub 1:03129e57a003 171 */
sstaub 1:03129e57a003 172 void pixel(int x, int y, uint8_t colour);
sstaub 1:03129e57a003 173
sstaub 1:03129e57a003 174 /** draw a single point
sstaub 1:03129e57a003 175 *
sstaub 1:03129e57a003 176 * @param x horizontal position
sstaub 1:03129e57a003 177 * @param y vertical position
sstaub 1:03129e57a003 178 * @param colour 1 set pixel, 0 erase pixel
sstaub 1:03129e57a003 179 *
sstaub 1:03129e57a003 180 */
sstaub 1:03129e57a003 181 void point(int x, int y, uint8_t colour);
sstaub 1:03129e57a003 182
sstaub 1:03129e57a003 183 /** draw a 1 pixel line
sstaub 1:03129e57a003 184 *
sstaub 1:03129e57a003 185 * @param x0,y0 start point
sstaub 1:03129e57a003 186 * @param x1,y1 end point
sstaub 1:03129e57a003 187 * @param color 1 set pixel, 0 erase pixel
sstaub 1:03129e57a003 188 *
sstaub 1:03129e57a003 189 */
sstaub 1:03129e57a003 190 void line(int x0, int y0, int x1, int y1, uint8_t colour);
sstaub 1:03129e57a003 191
sstaub 1:03129e57a003 192 /** draw a rect
sstaub 1:03129e57a003 193 *
sstaub 1:03129e57a003 194 * @param x0,y0 top left corner
sstaub 1:03129e57a003 195 * @param x1,y1 down right corner
sstaub 1:03129e57a003 196 * @param color 1 set pixel, 0 erase pixel
sstaub 1:03129e57a003 197 *
sstaub 1:03129e57a003 198 */
sstaub 1:03129e57a003 199 void rectangle(int x0, int y0, int x1, int y1, uint8_t colour);
sstaub 1:03129e57a003 200
sstaub 1:03129e57a003 201 /** draw a filled rect
sstaub 1:03129e57a003 202 *
sstaub 1:03129e57a003 203 * @param x0,y0 top left corner
sstaub 1:03129e57a003 204 * @param x1,y1 down right corner
sstaub 1:03129e57a003 205 * @param color 1 set pixel, 0 erase pixel
sstaub 1:03129e57a003 206 *
sstaub 1:03129e57a003 207 */
sstaub 1:03129e57a003 208 void fillrect(int x0, int y0, int x1, int y1, uint8_t colour);
sstaub 1:03129e57a003 209
sstaub 1:03129e57a003 210 /** draw a rounded rect
sstaub 1:03129e57a003 211 *
sstaub 1:03129e57a003 212 * @param x0,y0 top left corner
sstaub 1:03129e57a003 213 * @param x1,y1 down right corner
sstaub 1:03129e57a003 214 * @param rnd radius of the rounding
sstaub 1:03129e57a003 215 * @param color 1 set pixel, 0 erase pixel
sstaub 1:03129e57a003 216 *
sstaub 1:03129e57a003 217 */
sstaub 1:03129e57a003 218 void roundrect(int x0, int y0, int x1, int y1, int rnd, uint8_t colour);
sstaub 1:03129e57a003 219
sstaub 1:03129e57a003 220 /** draw a filled rounded rect
sstaub 1:03129e57a003 221 *
sstaub 1:03129e57a003 222 * @param x0,y0 top left corner
sstaub 1:03129e57a003 223 * @param x1,y1 down right corner
sstaub 1:03129e57a003 224 * @param rnd radius of the rounding
sstaub 1:03129e57a003 225 * @param color 1 set pixel, 0 erase pixel
sstaub 1:03129e57a003 226 *
sstaub 1:03129e57a003 227 */
sstaub 1:03129e57a003 228 void fillrrect(int x0, int y0, int x1, int y1, int rnd, uint8_t colour);
sstaub 1:03129e57a003 229
sstaub 1:03129e57a003 230
sstaub 1:03129e57a003 231 /** draw a circle
sstaub 1:03129e57a003 232 *
sstaub 1:03129e57a003 233 * @param x0,y0 center
sstaub 1:03129e57a003 234 * @param r radius
sstaub 1:03129e57a003 235 * @param colour 1 set pixel, 0 erase pixel
sstaub 1:03129e57a003 236 *
sstaub 1:03129e57a003 237 */
sstaub 1:03129e57a003 238 void circle(int x, int y, int r, uint8_t colour);
sstaub 1:03129e57a003 239
sstaub 1:03129e57a003 240 /** draw a filled circle
sstaub 1:03129e57a003 241 *
sstaub 1:03129e57a003 242 * @param x0,y0 center
sstaub 1:03129e57a003 243 * @param r radius
sstaub 1:03129e57a003 244 * @param color 1 set pixel, 0 erase pixel
sstaub 1:03129e57a003 245 *
sstaub 1:03129e57a003 246 * use circle with different radius,
sstaub 1:03129e57a003 247 * can miss some pixel
sstaub 1:03129e57a003 248 *
sstaub 1:03129e57a003 249 */
sstaub 1:03129e57a003 250 void fillcircle(int x, int y, int r, uint8_t colour);
sstaub 1:03129e57a003 251
sstaub 1:03129e57a003 252 /** update copy display buffer to lcd
sstaub 1:03129e57a003 253 *
sstaub 1:03129e57a003 254 * @param AUTO set update mode to auto, default
sstaub 1:03129e57a003 255 * @param MANUELL the update function must manually set
sstaub 1:03129e57a003 256 * update() copy display buffer to lcd
sstaub 1:03129e57a003 257 */
sstaub 1:03129e57a003 258 void update();
sstaub 1:03129e57a003 259 void update(uint8_t mode);
sstaub 1:03129e57a003 260
sstaub 1:03129e57a003 261 /** display functions
sstaub 1:03129e57a003 262 *
sstaub 1:03129e57a003 263 * @param display ON switch display on, or wake up from sleep
sstaub 1:03129e57a003 264 * @param display OFF set display off
sstaub 1:03129e57a003 265 * @param display SLEEP set display off and to sleep mode
sstaub 1:03129e57a003 266 * @param display BOTTOM (default) set display orientation 0°
sstaub 1:03129e57a003 267 * @param display TOPVIEW draw display oriention to 180°
sstaub 1:03129e57a003 268 * @param display INVERT invert the pixels
sstaub 1:03129e57a003 269 * @param display DEFAULT normal pixel display
sstaub 1:03129e57a003 270 * @param display CONTRAST set display contrast to default
sstaub 1:03129e57a003 271 *
sstaub 1:03129e57a003 272 */
sstaub 1:03129e57a003 273 void display(uint8_t display);
sstaub 1:03129e57a003 274
sstaub 1:03129e57a003 275 /** display functions
sstaub 1:03129e57a003 276 *
sstaub 1:03129e57a003 277 * @param display CONTRAST set display contrast with value,
sstaub 1:03129e57a003 278 * @param value sets display contrast 0 - 63, default 31
sstaub 1:03129e57a003 279 *
sstaub 1:03129e57a003 280 */
sstaub 1:03129e57a003 281 void display(uint8_t display, uint8_t value);
sstaub 1:03129e57a003 282
sstaub 1:03129e57a003 283 /** clear the screen
sstaub 1:03129e57a003 284 *
sstaub 1:03129e57a003 285 */
sstaub 1:03129e57a003 286 void cls();
sstaub 1:03129e57a003 287
sstaub 1:03129e57a003 288 /** draw a character on given position out of the active font to the LCD
sstaub 1:03129e57a003 289 *
sstaub 1:03129e57a003 290 * @param x x-position of char (top left)
sstaub 1:03129e57a003 291 * @param y y-position
sstaub 1:03129e57a003 292 * @param c char to print
sstaub 1:03129e57a003 293 *
sstaub 1:03129e57a003 294 */
sstaub 1:03129e57a003 295 void character(uint8_t x, uint8_t y, uint8_t c);
sstaub 1:03129e57a003 296
sstaub 1:03129e57a003 297 /** set top left position of char/printf
sstaub 1:03129e57a003 298 *
sstaub 1:03129e57a003 299 * @param x x-position
sstaub 1:03129e57a003 300 * @param y y-position
sstaub 1:03129e57a003 301 *
sstaub 1:03129e57a003 302 */
sstaub 1:03129e57a003 303 void locate(uint8_t x, uint8_t y);
sstaub 1:03129e57a003 304
sstaub 1:03129e57a003 305 /** select the font to use
sstaub 1:03129e57a003 306 *
sstaub 1:03129e57a003 307 * @param f pointer to font array
sstaub 1:03129e57a003 308 *
sstaub 1:03129e57a003 309 * font array can created with GLCD Font Creator from http://www.mikroe.com
sstaub 1:03129e57a003 310 * you have to add 4 parameter at the beginning of the font array to use:
sstaub 1:03129e57a003 311 * - the number of byte / char
sstaub 1:03129e57a003 312 * - the vertial size in pixel
sstaub 1:03129e57a003 313 * - the horizontal size in pixel
sstaub 1:03129e57a003 314 * - the number of byte per vertical line
sstaub 1:03129e57a003 315 * you also have to change the array to char[]
sstaub 1:03129e57a003 316 * @code
sstaub 1:03129e57a003 317 * lcd.font((unsigned char*)Small_7);
sstaub 1:03129e57a003 318 * @endcode
sstaub 1:03129e57a003 319 */
sstaub 1:03129e57a003 320 void font(uint8_t *f);
sstaub 1:03129e57a003 321
sstaub 1:03129e57a003 322 /** print bitmap to buffer
sstaub 1:03129e57a003 323 *
sstaub 1:03129e57a003 324 * @param bm Bitmap in flash
sstaub 1:03129e57a003 325 * @param x x start
sstaub 1:03129e57a003 326 * @param y y start
sstaub 1:03129e57a003 327 *
sstaub 1:03129e57a003 328 */
sstaub 1:03129e57a003 329 void bitmap(Bitmap bm, int x, int y);
sstaub 1:03129e57a003 330
sstaub 1:03129e57a003 331 // declarations
sstaub 1:03129e57a003 332 SPI _spi;
sstaub 1:03129e57a003 333 DigitalOut _reset;
sstaub 1:03129e57a003 334 DigitalOut _a0;
sstaub 1:03129e57a003 335 DigitalOut _cs;
sstaub 1:03129e57a003 336
sstaub 1:03129e57a003 337 protected:
sstaub 1:03129e57a003 338
sstaub 1:03129e57a003 339 /** stream class, put a char on the screen
sstaub 1:03129e57a003 340 *
sstaub 1:03129e57a003 341 * @param value char to print
sstaub 1:03129e57a003 342 * @returns printed char
sstaub 1:03129e57a003 343 *
sstaub 1:03129e57a003 344 */
sstaub 1:03129e57a003 345 virtual int _putc(int value);
sstaub 1:03129e57a003 346
sstaub 1:03129e57a003 347 /** stream class, dummy
sstaub 1:03129e57a003 348 *
sstaub 1:03129e57a003 349 */
sstaub 1:03129e57a003 350 virtual int _getc();
sstaub 1:03129e57a003 351
sstaub 1:03129e57a003 352 /** init the DOGM132 LCD controller
sstaub 1:03129e57a003 353 *
sstaub 1:03129e57a003 354 */
sstaub 1:03129e57a003 355 void init(); //Init the ST7565R LCD controller
sstaub 1:03129e57a003 356
sstaub 1:03129e57a003 357 /** write data to the LCD controller
sstaub 1:03129e57a003 358 *
sstaub 1:03129e57a003 359 * @param dat data written to LCD controller
sstaub 1:03129e57a003 360 *
sstaub 1:03129e57a003 361 */
sstaub 1:03129e57a003 362 void write_data(uint8_t data); // Write data to the LCD controller
sstaub 1:03129e57a003 363
sstaub 1:03129e57a003 364 /** Write a command the LCD controller
sstaub 1:03129e57a003 365 *
sstaub 1:03129e57a003 366 * @param cmd command to be written
sstaub 1:03129e57a003 367 *
sstaub 1:03129e57a003 368 */
sstaub 1:03129e57a003 369 void write_command(uint8_t command); // Write a command the LCD controller
sstaub 1:03129e57a003 370
sstaub 1:03129e57a003 371 // Variables
sstaub 1:03129e57a003 372 uint8_t *font_buffer;
sstaub 1:03129e57a003 373 uint8_t char_x;
sstaub 1:03129e57a003 374 uint8_t char_y;
sstaub 1:03129e57a003 375 uint8_t auto_update;
sstaub 1:03129e57a003 376 uint8_t width;
sstaub 1:03129e57a003 377 uint8_t height;
sstaub 1:03129e57a003 378 uint8_t _type;
sstaub 1:03129e57a003 379 uint8_t *graphic_buffer;
sstaub 1:03129e57a003 380 uint32_t graphic_buffer_size;
sstaub 1:03129e57a003 381
sstaub 1:03129e57a003 382 };
sstaub 1:03129e57a003 383
sstaub 1:03129e57a003 384 #endif