useradj.c

台湾联咏NT68663 LCD MONITOR 控制程序（完整版）

					case pBOFFSET:
						SetADCOffset(pBOFFSET);
						//SaveFlag = 1;
						break;
					case pVCMVOL:
						SetVCM_Vol();
						//SaveFlag = 1;
						break;
					case pCONTRAST:
						SetContrast();
						//SaveFlag = 1;
						break;
					case pContMax:
					case pContMin:
					case pBrigMax:
					case pBrigMin:
						//SaveFlag = 1;
						break;
					};
				SaveFlag = 1;
				SavePointer = FuncPtr;
				SaveTimer = SAVE_FUNC_TIME;
				}
			else
				if(MenuPtr.Op == oINCFUNC || MenuPtr.Op == oDECFUNC)
				{
					switch(FuncPtr)
					{
						case pRCOLOR:
						case pGCOLOR:
						case pBCOLOR:
							FuncBuf[pCOLORTEMP] = (MenuPtr.Ptr - 11)/3;
							LoadColor(FuncBuf[pCOLORTEMP]);
							SetContrast();
							break;
						default:
							FuncBuf[pCOLORTEMP] = 3;
							LoadColor(FuncBuf[pCOLORTEMP]);
							SetContrast();
							break;
					};
				}
			}
		}
	//Trubo Menu -----------------------------------------------------------
		if(MenuPtr.Menu == 4 && MenuPtr.Level == 1)	//fact menu
			{
			if(EconomyMode){
				TextMode = 0; 
				EconomyMode =~EconomyMode;
				FuncBuf[pBACKLIGHT] = 0x7f;
			}
			else
			{
				if(TextMode)
				{
					EconomyMode = 1;
					FuncBuf[pBACKLIGHT] = 0x2e;
				}
				else{
					EconomyMode = 0;
					TextMode = ~TextMode; 
					FuncBuf[pBACKLIGHT] = 0x49;
				}
			}
			SetInverter();
			Write24C16(ep_Status,StatusFlag);
			Write24C16(ep_BackLight,(Byte)FuncBuf[pBACKLIGHT]);
			}
	
}

void SetFuncMaxMin()
{
	Byte code PolTab[7]={oINCVAL,oDECVAL,oDECVAL,oINCVAL,oINCFUNC,oDECFUNC,oUPDATE};
	Byte Polary,Units;
	bit Type;
	Word Min,Max;
	if(FuncPtr >= pFACTMENU)
		return;
	Type = 0;
	switch(FuncPtr)
		{
		case pHPOSITION:
// Jacky 0201 removed
//		case pOSDVPOSITION:
			Max = FuncMax;	//limited
			Min = FuncMin;
			Polary = 2;
			Units = 1;
			break;
		case pVIDEOSOURCE:	//cycle
			Type = 1;
			Max = FuncMax;
			Min = FuncMin;
			Polary = 6;
			Units = 1;
			break;
		case pCOLORTEMP:
		case pOSDHPOSITION:
		case pLANGUAGE:
		//case pSHARPNESS:
		//case pVCMVOL:
			Max = FuncMin;
			Min = FuncMax;
			Polary = 0;
			Units = 1;
			break;
		case pVOLUME:
		case pOSDTIMER:
			Max = FuncMax;
			Min = FuncMin;
			Polary = 0;
			Units = 5;
			break;
		default:
			Max = FuncMax;
			Min = FuncMin;
			Polary = 0;
			Units = 1;
			break;
		};
	if(!Type)
		{
		if(MenuPtr.Op == PolTab[Polary])
			{
			if(FuncBuf[FuncPtr] < FuncMax && (FuncBuf[FuncPtr] + Units) <= FuncMax)
				FuncBuf[FuncPtr] = FuncBuf[FuncPtr] + Units;
				//FuncBuf[FuncPtr]++;
			else
				FuncBuf[FuncPtr] = Max;
			}
		if(MenuPtr.Op == PolTab[Polary+1])
			{
			if(FuncBuf[FuncPtr] > FuncMin && FuncBuf[FuncPtr] >= Units)
				FuncBuf[FuncPtr] = FuncBuf[FuncPtr] - Units;
				//FuncBuf[FuncPtr]--;
			else
				FuncBuf[FuncPtr] = Min;
			}
		}
	else
	{
/*
		if(MenuPtr.Op == PolTab[Polary])
			{
			if(VideoSourcePtr< FuncMax)
				VideoSourcePtr++;
			else
				VideoSourcePtr = Max;
			}
		if(MenuPtr.Op == PolTab[Polary+1])
			{
			if(VideoSourcePtr > FuncMin)
				VideoSourcePtr--;
			else
				VideoSourcePtr = Min;
			}
*/
		if((MenuPtr.Op == PolTab[Polary]))
		{
			if(FuncBuf[FuncPtr] > FuncMax)
				FuncBuf[FuncPtr] = Max;
		}
	}
}

void GetFuncRange(Byte Ptr)
{
	FuncMin = 0;
	switch(Ptr)
		{
		case pBRIGHTNESS:
			FuncMax = 100;
			//FuncMax = 255;
			break;
		case pCONTRAST:
			FuncMax = FuncBuf[pContMax];
			FuncMin= FuncBuf[pContMin];
			//FuncMin = 20;
			//FuncMax = 80;
			break;
		case pPHASE:
			FuncMax = 0x3f;
			break;
		case pCLOCK:
			FuncMax = ClockBase + 50;
			FuncMin = ClockBase - 50;
			//FuncMax = ClockBase / 10 * 11;		///10%
			//FuncMin = ClockBase / 10 * 9;
			break;
		case pBACKLIGHT:
		case pBACKLIGHT2:
			FuncMax = FuncBuf[pBrigMax];
			FuncMin= FuncBuf[pBrigMin];
			//FuncMax = 0x7f;
			break;
		case pHPOSITION:
			if(ModePoint >= UserModeSt){
			// Set Minimum and Maximum
				FuncMin = 1;
				FuncMax = ClockBase - Hresolution - 2;
			}
			else{
			// Set Minimum and Maximum
				if(HPositionBase > (ClockBase - Hresolution)/4)
					FuncMin = HPositionBase - (ClockBase - Hresolution)/4;
				else
					FuncMin = 1;
				FuncMax = HPositionBase + (ClockBase - Hresolution)/4;
			}
			//if(FuncBuf[pHPOSITION] > (ClockBase - Hresolution)){
			//	FuncMax = ClockBase - Hresolution - 2;
			//}
			
			//FuncMin = 1;
			//FuncMax = ClockBase - Hresolution - 2;
			//FuncMax = FuncBuf[pCLOCK] - H_Act - 2;
			break;
		case pVPOSITION:
			if(FuncBuf[pVPOSITION] < 2)
				FuncMin = FuncBuf[pVPOSITION]-1;
			else
				FuncMin = 2;
			FuncMax = VTotal - Vresolution + 20;
			break;
		case pOSDHPOSITION:
			FuncMax = 4;
			//FuncMax = (PanelWidth-OSD_WIDTH*12)/5;
			break;
// Jacky 0201 removed
//		case pOSDVPOSITION:
//			FuncMax = (PanelHeight-OSD_HIGH*18)/5;
//			break;
		case pOSDTIMER:
			FuncMin = 5;
			FuncMax = 60;
			break;
		case pSATURATION:
			FuncMax = 100;
			break;
		case pTINT:
			FuncMax = 100;
			break;
		case pRCOLOR:
		case pGCOLOR:
		case pBCOLOR:
			FuncMax = 255;
			break;
		case pCOLORTEMP:
			FuncMax = MAX_COLOR_TEMP-1;
			break;
		case pLANGUAGE:
			FuncMax = MAX_LANGUAGE-1;
			break;
		case pSHARPNESS:
			if(FuncBuf[pVIDEOSOURCE] < 3)
				FuncMax = 4;
			//else
			//	FuncMax = 23;
			break;
		case pTRANSOSD:
			FuncMax = 0x05;
			break;
		case pVIDEOSOURCE:
			if(Saa7114En)
				FuncMax = 4;
			else
				FuncMax = 1;
			break;
		case pVOLUME:
			FuncMax = 100;
			break;
		case pVCMVOL:
			FuncMax = 0xe6;
			FuncMin = 0x63;
			break;
		case pRADC:
		case pGADC:
		case pBADC:
			FuncMax = 255;
			break;
		case pROFFSET:
		case pGOFFSET:
		case pBOFFSET:
			FuncMax = 255;
			break;
		case pContMax:
			FuncMax = 100;
			FuncMin = 0;
			break;
		case pContMin:
			FuncMax = 50;
			FuncMin = 0;
			break;
		case pBrigMax:
			FuncMax = 127;
			FuncMin = 0;
			break;
		case pBrigMin:
			FuncMax = 50;
			FuncMin = 0;
			break;
		case pLIGHTBRIGHT:
			FuncMax = 100;
			//FuncMax = 255;
			break;
		case pLIGHTCONTRAST:
			//FuncMin = 20;
			FuncMax = 100;
			break;
		case pLIGHTHSTART:
		case pLIGHTHWIDTH:
			FuncMin = 0;
			FuncMax = 100;
			break;
		case pLIGHTVSTART:
		case pLIGHTVHIGHT:
			FuncMin = 0;
			FuncMax = 100;
			break;
		};
}

void Recall(bit All)
{
	Word addr;
	Byte i;
	if(FuncBuf[pVIDEOSOURCE] == 0 ||FuncBuf[pVIDEOSOURCE] == 2)
		{
		if(ModePoint < UserModeSt)
			{
			addr = ModePoint * 8;
			for(i=0; i<6; i++)
				{
				Write24C16(addr+ep_Sync_Data,EEP_SyncMap[addr]);
				addr++;
				}
			addr++;
			Write24C16(addr+ep_Sync_Data,EEP_SyncMap[addr]);
			}
		if(All)
			{
			Write24C16(ep_Brightness,EEP_GeoMap[ep_Brightness-0x200]);	
			Write24C16(ep_Contrast,EEP_GeoMap[ep_Contrast-0x200]);	
			}
		LoadModeIndependentSettings();
		LoadModeDependentSettings();
		//Write24C16(ep_Color_Ptr,EEP_GeoMap[ep_Color_Ptr-0x200]);	
		//FuncBuf[pCOLORTEMP] = Read24C16(ep_Color_Ptr);
		//LoadColor(FuncBuf[pCOLORTEMP]);
		SetADC_PLL();
		SetADC_Phase();
		
		if(SyncMode != 3)
			{
			SetHP();
			SetVP();
			}
		if(Interlance){
			WriteWordIIC563(0x032,Vresolution);		// Capture V_Active
		}
		else{
			WriteWordIIC563(0x032,Vresolution); 	// Capture V_Active
		}
		WriteWordIIC563(0x036,Hresolution); 	// Capture H_Active
		//WriteWordIIC563(0x036,Hresolution + H_ActErrTab[ResolutionPtr]); 	// Capture H_Active
		//SetScaler();
		SetSharpness();
		//SetBrightness();
		//SetContrast();
		//sRGB();
		}
	if(FuncBuf[pVIDEOSOURCE] == 1)
		{
		//Write24C16(ep_DVI_Contrast,EEP_GeoMap[ep_DVI_Contrast-0x200]);	
		Write24C16(ep_Contrast,EEP_GeoMap[ep_Contrast-0x200]);	
		Write24C16(ep_Brightness,EEP_GeoMap[ep_Brightness-0x200]);	
		Write24C16(ep_Color_Ptr,EEP_GeoMap[ep_Color_Ptr-0x200]);	
		//FuncBuf[pCONTRAST] = Read24C16(ep_DVI_Contrast);
		FuncBuf[pCONTRAST] = Read24C16(ep_Contrast);
		FuncBuf[pBRIGHTNESS] = Read24C16(ep_Brightness);
		FuncBuf[pCOLORTEMP] = Read24C16(ep_Color_Ptr);
		SetBrightness();
		LoadColor(FuncBuf[pCOLORTEMP]);
		SetContrast();
		addr = ModePoint * 8;
			Write24C16(addr+ep_Sync_Data,EEP_SyncMap[addr]);
		FuncBuf[pSHARPNESS] = EEP_SyncMap[addr];
		//addr = ep_Shape_Offset + (ModePoint * 8);
		//FuncBuf[pSHARPNESS] = Read24C16(addr);
		SetSharpness();
		}
/*
	if(FuncBuf[pVIDEOSOURCE] > 2)
		{
		Write24C16(ep_Video_Contrast,EEP_GeoMap[ep_Video_Contrast-0x200]);	
		Write24C16(ep_Video_Brightness,EEP_GeoMap[ep_Video_Brightness-0x200]);	
		Write24C16(ep_Video_Tint,EEP_GeoMap[ep_Video_Tint-0x200]);	
		Write24C16(ep_Video_Saturation,EEP_GeoMap[ep_Video_Saturation-0x200]);	
		Write24C16(ep_Video_Shapness,EEP_GeoMap[ep_Video_Shapness-0x200]);	
		FuncBuf[pBRIGHTNESS] = Read24C16(ep_Video_Brightness);
		FuncBuf[pCONTRAST] = Read24C16(ep_Video_Contrast);
		FuncBuf[pSATURATION] = Read24C16(ep_Video_Saturation);
		FuncBuf[pSHARPNESS] = Read24C16(ep_Video_Shapness);
		FuncBuf[pTINT] = Read24C16(ep_Video_Tint);
		SetVideoBrightness();
		SetVideoContrast();
		SetVideoSaturation();
		SetVideoSharpness();
		SetVideoTint();
		sRGB(50,(Byte)FuncBuf[pRCOLOR],(Byte)FuncBuf[pGCOLOR],(Byte)FuncBuf[pBCOLOR]);
		}
*/
	//common area
	//---user color
	Write24C16(ep_Color4_R,Read24C16(ep_Color6_R));	//R Gain
	Write24C16(ep_Color4_G,Read24C16(ep_Color6_G));	//G Gain
	Write24C16(ep_Color4_B,Read24C16(ep_Color6_B));	//B Gain
	//---Color tempeture
	Write24C16(ep_Color_Ptr,EEP_GeoMap[ep_Color_Ptr-0x200]); //Reset Color	
	//---Osd Timer
	Write24C16(ep_Osd_Timer,EEP_GeoMap[ep_Osd_Timer-0x200]);
	//---Osd Position
	Write24C16(ep_OsdH_Pos,EEP_GeoMap[ep_OsdH_Pos-0x200]);	
	//Write24C16(ep_OsdV_Pos,EEP_GeoMap[ep_OsdV_Pos-0x200]);	
	//---Osd Effect
	Write24C16(ep_Osd_Effect,EEP_GeoMap[ep_Osd_Effect-0x200]);