modehandle.lst
来自「台湾联咏NT68663 LCD MONITOR 控制程序（完整版）」· LST 代码 · 共 1,054 行 · 第 1/3 页
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332 2 NewMode = 1;
333 2 SetUserMode();
334 2 }
335 1 else
336 1 NewMode = 0;
337 1 #if PRINT_MESSAGE
printf("Mode %d\n",(unsigned short)ModePoint);
#endif
340 1 LoadModeDependentSettings();
341 1 // if(SyncMode < 3)
342 1 FuncBuf[pCONTRAST] = Read24C16(ep_Contrast);
343 1 // else
344 1 // FuncBuf[pCONTRAST] = Read24C16(ep_DVI_Contrast);
345 1 Addr = ep_Reso_Offset + (ModePoint * 8);
346 1 ResolutionPtr = Read24C16(Addr);
347 1 if(!(ResolutionPtr & 0x80))
348 1 NewMode = 1;
349 1 ResolutionPtr &= 0x7f;
350 1
351 1 Hresolution = H_ActiveTab[ResolutionPtr];
352 1 Vresolution = V_ActiveTab[ResolutionPtr];
353 1 if(ModePoint < UserModeSt)
354 1 Addr = ModePoint * 8 + 2;
355 1 else{
356 2 UserModeRefReso = SearchEstimatedModeTables();
357 2 Addr = UserModeRefReso * 8 + 2;
358 2 }
359 1 HPositionBase = EEP_SyncMap[Addr];
360 1 HPositionBase <<= 8;
361 1 HPositionBase |= EEP_SyncMap[Addr+1];
362 1 ClockBase = EEP_SyncMap[Addr+2];
363 1 ClockBase <<= 8;
C51 COMPILER V6.12 MODEHANDLE 03/05/2008 14:34:53 PAGE 7
364 1 ClockBase |= EEP_SyncMap[Addr+3];
365 1
366 1 if(HV_Pol & BIT_4)
367 1 WriteIIC563(0x021,0x81);
368 1 else
369 1 WriteIIC563(0x021,0x01);
370 1 //SetInterface();
371 1 #if PRINT_MESSAGE
printf("HV_Pol= %x\n",(unsigned short)HV_Pol);
printf("H_SYNC= %d\n",H_SYNC);
printf("V_SYNC= %d\n",V_SYNC);
#endif
376 1 SetADC_PLL();
377 1 CheckDVIresolution();
378 1 if(OutOfRange < 2)
379 1 {
380 2 SetScalerMode();
381 2 //SetScaler();
382 2 if(SyncMode != 3)
383 2 {
384 3 ch = FuncBuf[pPHASE];
385 3 if(FuncBuf[pPHASE] != 0)
386 3 {
387 4 for(FuncBuf[pPHASE]=0; FuncBuf[pPHASE]<=ch; FuncBuf[pPHASE]++)
388 4 SetADC_Phase();
389 4 }
390 3 FuncBuf[pPHASE] = ch;
391 3 }
392 2 SetSharpness();
393 2 }
394 1 if(SyncMode == 3) //DVI
395 1 {
396 2 #if DVImode == DEmode
397 2 FuncBuf[pVPOSITION] = 0x1e0; // for DE mode scaler shut down Jacky20040629
398 2 FuncBuf[pHPOSITION] = 0;
399 2 WriteWordIIC563(0x030,FuncBuf[pVPOSITION]);
400 2 WriteWordIIC563(0x02e,FuncBuf[pVPOSITION]);
401 2 WriteWordIIC563(0x030,FuncBuf[pVPOSITION]);
402 2 WriteWordIIC563(0x034,FuncBuf[pHPOSITION]);
403 2 #else
//if((SyncMode == 3) && ((PortD & BIT_3) != 0)) //DVI
AutoPosition();
#endif
407 2 }
408 1 SetContrast();
409 1 SetInverter();
410 1 }
411 void CheckDVIresolution()
412 {
413 1 Union Hf,Vf;
414 1 if(SyncMode == 3)
415 1 {
416 2 Vf.w = ReadWordIIC563(0x03e);
417 2 Hf.w = ReadWordIIC563(0x03c);
418 2 //if(Vf.w > 1024 || Hf.w > 1280)
419 2 if(Vf.w > 1200 || Hf.w > 1600)
420 2 {
421 3 OutOfRange = 2;
422 3 }
423 2 else
424 2 {
425 3 if((Vf.w == 1200 || Hf.w == 1600)&&(V_SYNC > 620))
C51 COMPILER V6.12 MODEHANDLE 03/05/2008 14:34:53 PAGE 8
426 3 {
427 4 OutOfRange = 2;
428 4 }
429 3 Hresolution = Hf.w;
430 3 Vresolution = Vf.w;
431 3 //ResolutionPtr = 0xff;
432 3 }
433 2 }
434 1 }
435
436 void SetUserMode(void)
437 {
438 1 /*
439 1 code unsigned short Vt_Tab[]={
440 1 500,600,700,760,850,950,1050,1200
441 1 };
442 1
443 1 code unsigned char UserTimeTab[]={
444 1 0x00,0x7d,0x00,0x30,0x03,0x84,0x03,0x10, //720*400 500
445 1 0x00,0x21,0x00,0x30,0x03,0x20,0x04,0x10, //640x480 600
446 1 0x00,0x10,0x00,0x98,0x04,0x18,0x06,0x10, //800x600 700
447 1 0x00,0x10,0x00,0xe0,0x06,0x72,0x0f,0x10, //1280x720 760 (HDTV 720p)
448 1 0x00,0x10,0x01,0x00,0x05,0x40,0x08,0x10, //1024x768 850
449 1 0x00,0x10,0x00,0xd0,0x06,0x40,0x09,0x10, //1152x864 950
450 1 0x00,0x10,0x00,0xe0,0x06,0xc0,0x0c,0x10, //1280x960 1050
451 1 0x00,0x10,0x00,0xf8,0x06,0x98,0x0d,0x10, //1280x1024 1200
452 1 0x00,0x2e,0x01,0x30,0x0b,0xb8,0x0e,0x10 //over (1600x1200)
453 1 };
454 1
455 1 unsigned short addr;
456 1 unsigned char i,j,k;
457 1 #if PRINT_MESSAGE
458 1 printf("Vtotal = %d\n",VTotal);
459 1 #endif
460 1 if(Interlance)
461 1 addr = VTotal << 1;
462 1 else
463 1 addr = VTotal;
464 1 j = 8;
465 1 for(i=0; i<8; i++)
466 1 {
467 1 if(addr < Vt_Tab[i])
468 1 {
469 1 j = i;
470 1 break;
471 1 }
472 1 }
473 1 j = j * 8;
474 1 ModePoint = UserModePtr;
475 1 UserModePtr++;
476 1 Write24C16(ep_User_Ptr,UserModePtr);
477 1 if(UserModePtr > ModeNum)
478 1 UserModePtr = UserModeSt;
479 1 #if PRINT_MESSAGE
480 1 printf("UserModePoint = %d\n",(unsigned short)ModePoint);
481 1 #endif
482 1 addr = ModePoint * 8;
483 1 for(i=0; i<8; i++)
484 1 {
485 1 k = UserTimeTab[j];
486 1 Write24C16(ep_Sync_Data+addr,k);
487 1 #if PRINT_MESSAGE
C51 COMPILER V6.12 MODEHANDLE 03/05/2008 14:34:53 PAGE 9
488 1 printf("Data %x = %x\n",(unsigned short)i,(unsigned short)k);
489 1 #endif
490 1 addr++;
491 1 j++;
492 1 }
493 1 addr = ep_Mode_Data+ModePoint * 4;
494 1 k = H_SYNC >> 8;
495 1 Write24C16(addr,k);
496 1 addr++;
497 1 k = H_SYNC;
498 1 Write24C16(addr,k);
499 1 addr++;
500 1 k = V_SYNC >> 8;
501 1 k |= HV_Pol;
502 1 Write24C16(addr,k);
503 1 addr++;
504 1 k = V_SYNC;
505 1 Write24C16(addr,k);
506 1 */
507 1 Word addr;
508 1 Byte i,Dat;
509 1
510 1 ModePoint = UserModePtr;
511 1 UserModePtr++;
512 1 Write24C16(ep_User_Ptr,UserModePtr);
513 1 if(UserModePtr > ModeNum)
514 1 UserModePtr = UserModeSt;
515 1 //#if PRINT_MESSAGE
516 1 // printf("UserModePoint = %d\n",(unsigned short)ModePoint);
517 1 //#endif
518 1 UserModeRefReso = SearchEstimatedModeTables();
519 1 //write range refference
520 1 //printf("UserModeReferencePoint = %d\n",(unsigned short)UserModeRefReso);
521 1 addr = UserModeRefReso * 8;
522 1 //write sync data
523 1 addr = ep_Sync_Data + (ModePoint * 8);
524 1 for(i=0; i<8; i++)
525 1 Write24C16(addr++,EEP_SyncMap[UserModeRefReso*8+i]);
526 1
527 1 addr = ep_Mode_Data+ModePoint * 4;
528 1 Dat = H_SYNC >> 8;
529 1 Write24C16(addr,Dat);
530 1 addr++;
531 1 Dat = H_SYNC;
532 1 Write24C16(addr,Dat);
533 1 addr++;
534 1 Dat = V_SYNC >> 8;
535 1 Dat |= HV_Pol;
536 1 Write24C16(addr,Dat);
537 1 addr++;
538 1 Dat = V_SYNC;
539 1 Write24C16(addr,Dat);
540 1 }
541
542
543 void SetInterface()
544 {
545 1 Word code InterfaceTab[]={0x000,0x008,0x102,0x023,0x021,0x196,0x012,0x072};
546 1 Byte code InterfaceDat[][8]={
547 1 {0x12,0x00,0x29,0x00,0x01,0x64,0x00,0x01}, //channel 1 sep +-
548 1 {0x12,0x00,0x29,0x40,0x01,0x65,0x00,0x00}, //channel 1 comp +-
549 1 {0x1a,0x00,0x29,0x40,0x01,0x65,0x7c,0x00}, //channel 1 SOG -
C51 COMPILER V6.12 MODEHANDLE 03/05/2008 14:34:53 PAGE 10
550 1 #if DVImode == DEmode
551 1 {0x10,0x00,0x03,0x01,0x01,0x24,0x00,0x01}, //DVI +-
552 1 #else
{0x10,0x00,0x03,0x09,0x01,0x94,0x00,0x01}, //DVI +-
#endif
555 1 {0x12,0x04,0x29,0x00,0x01,0x64,0x00,0x01}, //channel 2 sep +-
556 1 {0x12,0x04,0x29,0x40,0x01,0x65,0x00,0x00}, //channel 2 comp +-
557 1 {0x1a,0x04,0x29,0xc0,0x01,0x65,0xe4,0x00}, //channel 2 SOG -
558 1 };
559 1 //Byte SourSel,temp,i;
560 1 Byte i;
561 1 if(!PowerDown)
562 1 {
563 2 #if PanelInterface == TCON_TO_RSDS
WriteIIC563(0x101,0x90);
#endif
566 2 #if PanelInterface == LVDS_TO_TCON
567 2 WriteIIC563(0x101,0x40);
568 2 #endif
569 2 #if PanelInterface == TTL_TO_TCON
WriteIIC563(0x101,0x00);
#endif
572 2 #if PanelInterface == TCON_TO_TTL
WriteIIC563(0x101,0x00);
#endif
575 2 // Jacky 20040906 for LVDS power up
576 2 WriteIIC563(0x1f5,0x06); //disable Pull low LVDS pad
577 2 WriteIIC563(0x1f7,0xc0); //Power up LVDS buffer
578 2 }
579 1 Interlance = 0;
580 1
581 1 if(SyncMode == 3){
582 2 WriteIIC563(0x020,0x83);
583 2 WriteIIC563(0x143,0x20); //Power up DVI Pll
584 2 WriteIIC563(0x146,0xf3); //Power up DVI SCDT detect
585 2 }
586 1 else{
587 2 WriteIIC563(0x020,0x81);
588 2 WriteIIC563(0x143,0xa0); //Power down DVI Pll
589 2 }
590 1 for(i=0;i<8;i++)
591 1 {
592 2 if(InterfaceTab[i] == 0x102 && PowerDown)
593 2 WriteIIC563(InterfaceTab[i],InterfaceDat[SyncMode][i]&0x02);
594 2 else if(InterfaceTab[i] == 0x021 && (HV_Pol & BIT_4))
595 2 WriteIIC563(InterfaceTab[i],InterfaceDat[SyncMode][i]|BIT_7);
596 2 else
597 2 WriteIIC563(InterfaceTab[i],InterfaceDat[SyncMode][i]);
598 2 Sleep(1);
599 2 }
600 1 }
601
602 void SyncSource(bit ForceChange)
603 {
604 1 Byte temp,Max;
605 1 Bit ExitLoop;
606 1 // if(VideoMute || ForceChange)
607 1 if(NoSyncFlag || ForceChange)
608 1 {
609 2 ExitLoop = 0;
610 2 if(Saa7114En)
611 2 Max = 8;
C51 COMPILER V6.12 MODEHANDLE 03/05/2008 14:34:53 PAGE 11
612 2 else
613 2 Max = 6;
614 2 while(PowerTimer < (POWER_TIME-100) && !ExitLoop)
615 2 {
616 3 SyncMode++;
617 3 if(SyncMode > Max)
618 3 SyncMode = 0;
619 3 if(SyncMode == 0)
620 3 {
621 4 SetInterface();
622 4 ExitLoop = 1;
623 4 FuncBuf[pVIDEOSOURCE] = 0;
624 4 #if PRINT_MESSAGE
printf("Separate Sync\n");
#endif
627 4 }
628 3 if(SyncMode == 1)
629 3 {
630 4 temp = ReadIIC563(0x19a);
631 4 if(temp & BIT_5)
632 4 {
633 5 SetInterface();
634 5 ExitLoop = 1;
635 5 FuncBuf[pVIDEOSOURCE] = 0;
636 5 #if PRINT_MESSAGE
printf("Separate Sync\n");
#endif
639 5 }
640 4 }
641 3 if(SyncMode == 2 && !BypassSOG)
642 3 {
643 4 SetInterface();
644 4 ExitLoop = 1;
645 4 FuncBuf[pVIDEOSOURCE] = 0;
646 4 #if PRINT_MESSAGE
printf("Sync on green\n");
#endif
649 4 }
650 3 if(SyncMode == 3)
651 3 {
652 4 if(DetectDVI())
653 4 {
654 5 WriteIIC563(0x01d, 0x1f);
655 5 SetInterface();
656 5 if(ReadIIC563(0x1ad) != 0) //Jacky 20050107
657 5 ExitLoop = 1;
658 5 FuncBuf[pVIDEOSOURCE] = 1;
659 5 #if PRINT_MESSAGE
printf("DVI Input\n");
#endif
662 5 }
663 4 }
664 3 if(SyncMode == 4)
665 3 {
666 4 SetInterface();
667 4 ExitLoop = 1;
668 4 FuncBuf[pVIDEOSOURCE] = 2;
669 4 #if PRINT_MESSAGE
printf("Separate Sync\n");
#endif
672 4 }
673 3 if(SyncMode == 5)
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