//==============================================================
void F_Eng1EntertSet(void)
{
switch(R_Mode)
{
case 0:
R_Mode=1;
if(EE_Read(EE_Unit)!=ChangeUnitFlg)
{ // 切換公英制 需重新清除相關 eeprom
F_EepromClear_2();
EE_Write(EE_SaveUserInit,1);
}
break;
//=============
case 1:
R_Mode=2;
F_Write2Byte(EE_WheelSize_L,R_WheelSize);
break;
//=============
case 2:
R_Mode=3;
if(ChangeUnitFlg)
EE_Write(EE_SpeedMinMile,R_SpeedMin);
else
EE_Write(EE_SpeedMinKm,R_SpeedMin);
break;
//=============
case 3:
R_Mode=4;
if(ChangeUnitFlg)
EE_Write(EE_SpeedMaxMile,R_SpeedMax);
else
EE_Write(EE_SpeedMaxKm,R_SpeedMax);
break;
//=============
case 4:
R_Mode=5;
EE_Write(EE_IncMax,R_IncMax);
break;
//=============
case 5:
R_Mode=0;
EE_Write(EE_IncZeroAdr,R_IncZeroAdr);
if(IncUpDownFlg==1)
{
R_IncMaxAd = R_IncCarryAd;
}
else
{
R_IncMinAd = R_IncCarryAd;
}
F_IncFinsh();
break;
}
}
//========================
void F_GraphSpeedInc(void)
{
unsigned char SpeedAdrTemp,IncAdrTemp;
switch(R_PorgMode)
{
case User1Val:
SpeedAdrTemp=User_1_SpeedAdrVal;
IncAdrTemp=User_1_IncAdrVal;
break;
//============
case User2Val:
SpeedAdrTemp=User_2_SpeedAdrVal;
IncAdrTemp=User_2_IncAdrVal;
break;
//============
case User3Val:
SpeedAdrTemp=User_3_SpeedAdrVal;
IncAdrTemp=User_3_IncAdrVal;
break;
//============
}
EE_Write(SpeedAdrTemp+R_ProgramIndex,R_User_SetSpeed);
EE_Write(IncAdrTemp+R_ProgramIndex,R_User_SetInc);
//===========
R_ProgramIndex++;
if(R_ProgramIndex>=30)
{
R_ProgramIndex=0;
R_Mode=0;
}
else
{
R_User_SetSpeed=EE_Read(SpeedAdrTemp+R_ProgramIndex);
R_User_SetInc=EE_Read(IncAdrTemp+R_ProgramIndex);
//F_ChangeGraphInc(R_ProgramIndex,R_User_SetInc);
//F_ChangeGraphSpeed(R_ProgramIndex,R_User_SetSpeed);
}
}
BYTE CheckAndSetDecoderScaler( void )
{
BYTE mode; //0 = NTSC(M), 1 = PAL (B,D,G,H,I), ...
struct DEC_VIDEO_TIME_TABLE_s *pVideoTable;
struct SCALER_TIME_TABLE_s *pScaler;
WORD hActive,vActive;
BYTE hStart, vStart;
BYTE fScale;
/*check video signal */
if ( DecoderCheckVDLOSS(100) ) {
ePuts("\n\rCheckAndSetDecoderScaler VDLOSS");
DecoderFreerun(DECODER_FREERUN_60HZ);
return( 1 );
}
/*get standard */
mode = DecoderCheckSTD(100);
if ( mode == 0x80 ) {
ePrintf("\n\rCheckAndSetDecoderScaler NoSTD");
DecoderFreerun(DECODER_FREERUN_60HZ);
return( 2 );
}
mode >>= 4;
InputSubMode = mode; //save sub mode.
if(mode >= 7) {
DecoderFreerun(DECODER_FREERUN_60HZ);
return 3;
}
/* link table */
pVideoTable = &TW8836_DEC_TABLE[mode];
/* read scale mode. 0:overscan(default), 1:full */
fScale = EE_Read(EEP_INPUT_DEC);
//dPrintf("\n\rCheckAndSetDecoderScaler mode:%bd",mode);
//dPrintf(" %dx%d", pVideoTable->hActive,pVideoTable->vActive);
//dPrintf(" hDelay:%bd vDelay:%bd", pVideoTable->hDelay,pVideoTable->vDelay);
//if(fScale==0)/*ANALOG_OVERSCAN*/
// dPrintf(" hOverScan:%bd vOverScan:%bd", pVideoTable->hOverScan,pVideoTable->vOverScan);
hStart = pVideoTable->hDelay;
hActive = pVideoTable->hActive;
vStart = pVideoTable->vDelay;
vActive = pVideoTable->vActive;
if(fScale==0) { /*ANALOG_OVERSCAN*/
hStart += pVideoTable->hOverScan;
hActive -= (pVideoTable->hOverScan*2);
vStart += pVideoTable->vOverScan;
vActive -= (pVideoTable->vOverScan *2);
}
/* set decoder output crop */
DecoderSetOutputCrop(hStart,hActive,vStart,vActive);
/* set scaler */
ScalerSetLineBufferSize(hActive);
ScalerSetHScale(hActive);
ScalerSetVScale(vActive);
ScalerSet_vDE_value(vStart);
#if 0 //BK150717
scaler_set_output(hActive,vActive,vStart,0);
#endif
/*scaler input clock polarity */
InputSetClockPolarity(pVideoTable->pol);
/*black level for NTSC */
if(mode==0) WriteTW88(REG10C, ReadTW88(REG10C) | 0x10);
else WriteTW88(REG10C, ReadTW88(REG10C) & ~0x10);
/* search scaler table. If success, overwrite */
#ifdef SUPPORT_SCALER_OVERWRITE_TABLE
pScaler = FindScalerTable(InputMain, pVideoTable->hActive,pVideoTable->vActive,pVideoTable->vFreq, 0,1);
if(pScaler != NULL)
OverWriteScalerWithTable(pScaler,1,1);
#endif
//prepare info string
FOsdSetInputMainString2FOsdMsgBuff();
StrCatDecoderModeName(mode);
return(0);
}
