📄 hdc1600.lst
字号:
222 1 cDispWrCmd(71+p);
223 1 cDispWrCmd(74+p);
224 1
225 1 cDispWrCmd(77+p);
226 1 cDispWrCmd(80+p);
227 1 cDispWrCmd(83+p);
228 1 cDispWrCmd(86+p);
229 1 cDispWrCmd(89+p);
230 1 cDispWrCmd(92+p);
231 1 cDispWrCmd(95+p);
232 1 cDispWrCmd(99+p);
233 1 cDispWrCmd(103+p);
234 1 cDispWrCmd(109+p);
235 1
236 1 cDispWrCmd(117+p);
237 1 cDispWrCmd(127);
238 1
239 1 // BLUE
C51 COMPILER V7.09 HDC1600 08/24/2007 15:55:02 PAGE 5
240 1 p = PALETTE_BLUE;
241 1 cDispWrCmd(BLUE_PALETTE_SET);
242 1 cDispWrCmd(0);
243 1 cDispWrCmd(10+p);
244 1 cDispWrCmd(18+p);
245 1 cDispWrCmd(24+p);
246 1 cDispWrCmd(28+p);
247 1 cDispWrCmd(32+p);
248 1 cDispWrCmd(35+p);
249 1 cDispWrCmd(38+p);
250 1 cDispWrCmd(41+p);
251 1 cDispWrCmd(44+p);
252 1
253 1 cDispWrCmd(47+p);
254 1 cDispWrCmd(50+p);
255 1 cDispWrCmd(53+p);
256 1 cDispWrCmd(56+p);
257 1 cDispWrCmd(59+p);
258 1 cDispWrCmd(62+p);
259 1 cDispWrCmd(65+p);
260 1 cDispWrCmd(68+p);
261 1 cDispWrCmd(71+p);
262 1 cDispWrCmd(74+p);
263 1
264 1 cDispWrCmd(77+p);
265 1 cDispWrCmd(80+p);
266 1 cDispWrCmd(83+p);
267 1 cDispWrCmd(86+p);
268 1 cDispWrCmd(89+p);
269 1 cDispWrCmd(92+p);
270 1 cDispWrCmd(95+p);
271 1 cDispWrCmd(99+p);
272 1 cDispWrCmd(103+p);
273 1 cDispWrCmd(109+p);
274 1
275 1 cDispWrCmd(117+p);
276 1 cDispWrCmd(127);
277 1
278 1 // GREEN
279 1 p = PALETTE_GREEN;
280 1 cDispWrCmd(GREEN_PALETTE_SET);
281 1 cDispWrCmd(0);
282 1 cDispWrCmd(5+p);
283 1 cDispWrCmd(10+p);
284 1 cDispWrCmd(14+p);
285 1 cDispWrCmd(18+p);
286 1 cDispWrCmd(21+p);
287 1 cDispWrCmd(24+p);
288 1 cDispWrCmd(26+p);
289 1 cDispWrCmd(28+p);
290 1 cDispWrCmd(30+p);
291 1
292 1 cDispWrCmd(32+p);
293 1 cDispWrCmd(34+p);
294 1 cDispWrCmd(35+p);
295 1 cDispWrCmd(37+p);
296 1 cDispWrCmd(38+p);
297 1 cDispWrCmd(40+p);
298 1 cDispWrCmd(41+p);
299 1 cDispWrCmd(43+p);
300 1 cDispWrCmd(44+p);
301 1 cDispWrCmd(46+p);
C51 COMPILER V7.09 HDC1600 08/24/2007 15:55:02 PAGE 6
302 1
303 1 cDispWrCmd(47+p);
304 1 cDispWrCmd(49+p);
305 1 cDispWrCmd(50+p);
306 1 cDispWrCmd(52+p);
307 1 cDispWrCmd(53+p);
308 1 cDispWrCmd(55+p);
309 1 cDispWrCmd(56+p);
310 1 cDispWrCmd(58+p);
311 1 cDispWrCmd(59+p);
312 1 cDispWrCmd(61+p);
313 1
314 1 cDispWrCmd(62+p);
315 1 cDispWrCmd(63+p);
316 1 cDispWrCmd(64+p);
317 1 cDispWrCmd(65+p);
318 1 cDispWrCmd(67+p);
319 1 cDispWrCmd(68+p);
320 1 cDispWrCmd(70+p);
321 1 cDispWrCmd(71+p);
322 1 cDispWrCmd(73+p);
323 1 cDispWrCmd(74+p);
324 1
325 1 cDispWrCmd(76+p);
326 1 cDispWrCmd(77+p);
327 1 cDispWrCmd(79+p);
328 1 cDispWrCmd(80+p);
329 1 cDispWrCmd(82+p);
330 1 cDispWrCmd(83+p);
331 1 cDispWrCmd(85+p);
332 1 cDispWrCmd(86+p);
333 1 cDispWrCmd(88+p);
334 1 cDispWrCmd(89+p);
335 1
336 1 cDispWrCmd(91+p);
337 1 cDispWrCmd(92+p);
338 1 cDispWrCmd(94+p);
339 1 cDispWrCmd(95+p);
340 1 cDispWrCmd(97+p);
341 1 cDispWrCmd(99+p);
342 1 cDispWrCmd(101+p);
343 1 cDispWrCmd(103+p);
344 1 cDispWrCmd(106+p);
345 1 cDispWrCmd(109+p);
346 1 cDispWrCmd(113+p);
347 1 cDispWrCmd(117+p);
348 1 cDispWrCmd(121+p);
349 1 cDispWrCmd(127);
350 1
351 1 */
352 1 cDispWrCmd(DISPLAY_ON);
353 1 }
354
355
356 /*
357 *********************************************************************************************************
358 * DISPLAY ON/OFF SWITCH
359 *
360 * Description : This function turns display ON/OFF by writing the command DISPLAY_ON / DISPLAY_OFF
361 * Arguments : (BOOLEAN) 'sw' ENABLE for turning ON defined under hdc1600.h
362 * DISABLE for turning OFF defined under hdc1600.h
363 *
C51 COMPILER V7.09 HDC1600 08/24/2007 15:55:02 PAGE 7
364 * Returns : none
365 * Notes : Internal status and display RAM data not changed by switching between ON and OFF
366 *********************************************************************************************************
367 */
368 void cDispSwitch(BOOLEAN sw)
369 {
370 1 (sw==ENABLE)? cDispWrCmd(DISPLAY_ON):cDispWrCmd(DISPLAY_OFF);
371 1 }
372
373 /*
374 *********************************************************************************************************
375 * CLEAR DISPLAY BY WRITING PURE COLOR TO THE WHOLE SCREEN
376 *
377 * Description : This function writes a fixed int to all pixels making use of the automatic
378 * address increment feature for X and Y address counters
379 *
380 * Arguments : 'color' is in 16-bit, [R4R3R2R1R0][G5G4G3G2G1G0][B4B3B2B1B0]
381 * Writing color=0xFFFF equivalent to white color
382 * color=0x0000 eq. black
383 * color=0xF800 eq. red
384 * color=0x07E0 eq. green
385 * color=0x001F eq. blue
386 *
387 * Returns : none
388 *********************************************************************************************************
389 */
390 void cDispClr(INT16U color)
391 {
392 1 INT8U x,y,hiByte,lowByte;
393 1
394 1 hiByte = color>>8;
395 1 lowByte = (INT8U)color;
396 1
397 1 for(x=0;x<MAX_ROW_PIXEL;x++)
398 1 {
399 2 for(y=0;y<MAX_COL_PIXEL;y++)
400 2 {
401 3 cDispWrDat(hiByte);
402 3 cDispWrDat(lowByte);
403 3 }
404 2 }
405 1 }
406
407
408 /*
409 *********************************************************************************************************
410 * SET PIXEL AT x, y POSITION
411 *
412 * Description : This function sets a pixel with (INT16U)color at a position defined by (x,y) following
413 * Cartesian coordinate system. Coordinates (0,0) at the top left corner,
414 * coordinates (127,159) at the lower right corner of the LCD screen, w/ CM50010ACT6_BO
415 * in a verticle manner (J1 pins 1-20 verticle, pin 1 upward)
416 *
417 * Arguments : 'x' 0....MAX_COL_PIXEL-1 is the matrix position in x-axis (left ->right)
418 * 'y' 0....MAX_ROW_PIXEL-1 is the matrix position in y-axis (up -> down)
419 * 'color' sets 16-bit color
420 * Returns : none
421 * Notes : Should apply the local function cDispRstArea() to reset display area 128*160
422 *********************************************************************************************************
423 */
424 void cDispSetPixel(INT8U x, INT8U y, INT16U color)
425 {
C51 COMPILER V7.09 HDC1600 08/24/2007 15:55:02 PAGE 8
426 1 INT8U hiByte, lowByte;
427 1 x = MAX_COL_PIXEL-1-x;
428 1 y = MAX_ROW_PIXEL-1-y;
429 1
430 1 hiByte = color>>8;
431 1 lowByte = (INT8U)color;
432 1
433 1 cDispWrCmd(X_ADDRESS_AREA_SET); //X-address area set in the 160 pixel direction (y-axis)
434 1 cDispWrCmd(y); //offset for scan COM from 0~159
435 1 cDispWrCmd(y++);
436 1 cDispWrCmd(Y_ADDRESS_AREA_SET); //Y-address area set in the 128 pixel direction (x-axis)
437 1 cDispWrCmd(x); //offset for scan SEG from 0~127
438 1 cDispWrCmd(x++);
439 1
440 1 cDispWrDat(hiByte);
441 1 cDispWrDat(lowByte);
442 1
443 1 cDispRstArea();
444 1 }
445
446 /*
447 *********************************************************************************************************
448 * CONVERT A STRING FROM DATA MEMORY (RAM) TO PIXEL DATA AND DISPLAY AT x,y
449 *
450 * Description : This function outputs a string in RAM in graphic mode (pixel-by-pixel) at a position
451 * (x,y) following Cartesian coordinate system with variable font spacing def by fontSpace.
⌨️ 快捷键说明
复制代码
Ctrl + C
搜索代码
Ctrl + F
全屏模式
F11
切换主题
Ctrl + Shift + D
显示快捷键
?
增大字号
Ctrl + =
减小字号
Ctrl + -