📄 t101_util.c
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0x0A , 0x58, //25 //SAT_REG
0x09 , 0x18, //BRIGHT_REG
#else
0x08 , 0x70, // Change by Sherman for Gamma Adjustment 05'12'19
0x09 , 0x28,
0x80 , 0x03,
#endif
0x2d , 0x48, // Add by Sherman 06'01'10s
0x3f , 0x01, //ADC_ROFF // Change by Sherman 06'01'10
0xff , 0x00, // End of register settings, bruce, 2006/01/09
};
static uCHAR cSVideo=0;
static uCHAR cYPbPr=0; // add by Sherman 06'01'12
/****************************************************************************
* Public Global Variable *
****************************************************************************/
uDWORD m_dwTemp[2];
uWORD m_wDWHSZ=DWHSZ;
uCHAR NoSignal=0;
uCHAR SignalDefine=0x00|SS_NTSC|SS_PAL|SS_SECAM|SS_NTSC_4|SS_PAL_M|SS_PAL_CN;
#ifdef ROTATE
#if (defined T101A)|(defined T101)
uCHAR Dis_Mode=BOTTOM_RIGHT;
#else
uCHAR Dis_Mode=TOP_LEFT;
#endif
#endif
/****************************************************************************
* Public Function *
****************************************************************************/
void InitT10x(void)
{
uCHAR RegIndex,RegAdr;
RegIndex=0;
RegAdr=stInitT10xP0[0].ucRegAdr;
while (RegAdr != 0xFF) // bruce, 2006/01/09
{
if(RegAdr==0x30){
I2CWriteByte(TW101,RegAdr,(I2CReadByte(TW101,0x30)|0x01)); // enable Shadow
I2CWriteByte(TW101,RegAdr,(I2CReadByte(TW101,0x30)&(~0x02))| DEINTERLACE); //Bruce, 2006/01/10
}
else{
I2CWriteByte(TW101,RegAdr,stInitT10xP0[RegIndex].ucRegVal);
}
RegAdr=stInitT10xP0[++RegIndex].ucRegAdr;
}
#ifdef T116
I2CWriteByte(TW101, 0xE0, 0xA9); //kenny, 20060301
#endif
RegIndex=0;
RegAdr=stInitT10xP2[0].ucRegAdr;
while (RegAdr != 0xFF) // bruce, 2006/01/09
{
if(RegAdr==0x01)
I2CWriteByte(TW101+4,RegAdr,(I2CReadByte(TW101+4,0x01)|0x01));// enable black level correction for 10 blank-to-black pedestal
else
I2CWriteByte(TW101+4,RegAdr,stInitT10xP2[RegIndex].ucRegVal);
RegAdr=stInitT10xP2[++RegIndex].ucRegAdr;
}
//=========================================================================
// Panel specified register settings
//=========================================================================
//#if (EMPTY_ARRAY)
for(RegIndex=0;RegIndex < PanelSpecP0Cnt;RegIndex++)
{
I2CWriteByte(TW101,ucaPanelSpecAdrP0[RegIndex],ucaPanelSpecDataP0[RegIndex]);
}
//#endif
for(RegIndex=0;RegIndex < PanelSpecP2Cnt;RegIndex++)
{
I2CWriteByte(TW101+4,ucaPanelSpecAdrP2[RegIndex],ucaPanelSpecDataP2[RegIndex]);
}
#ifdef ROTATE
SET_Dismod();
#endif
}
#ifdef TCON
void TconInit(void)
{
uCHAR TconIndex;
for(TconIndex=0;TconIndex < P1TconCnt;TconIndex++)
I2CWriteByte(TW101+2, TconAddress+TconIndex, TconP1Data[TconIndex]);
}
#endif
#ifdef ROTATE
void SET_Dismod(void)
{
switch (Dis_Mode){
case TOP_LEFT: //Start from top-left
#ifdef ANALOG_PANEL
I2CWriteByte(TW101,0xE1, ScanMode[0]);
#else
UP_DOWN = DigiPanlScanMode[0]>>1;
LEFT_RIGHT = DigiPanlScanMode[0]&0x01;
I2CWriteByte(TW101,0xE1, ScanMode[0]&0xF0);
#endif
break;
case TOP_RIGHT: //Start from top-right
#ifdef ANALOG_PANEL
I2CWriteByte(TW101,0xE1, ScanMode[1]);
#else
UP_DOWN = DigiPanlScanMode[1]>>1;
LEFT_RIGHT = DigiPanlScanMode[1]&0x01;
I2CWriteByte(TW101,0xE1, ScanMode[1]&0xF0);
#endif
break;
case BOTTOM_RIGHT: //Start from bottom-right
#ifdef ANALOG_PANEL
I2CWriteByte(TW101,0xE1, ScanMode[2]);
#else
UP_DOWN = DigiPanlScanMode[2]>>1;
LEFT_RIGHT = DigiPanlScanMode[2]&0x01;
I2CWriteByte(TW101,0xE1, ScanMode[2]&0xF0);
#endif
break;
case BOTTOM_LEFT: //Start from bottom-left
#ifdef ANALOG_PANEL
I2CWriteByte(TW101,0xE1, ScanMode[3]);
#else
UP_DOWN = DigiPanlScanMode[3]>>1;
LEFT_RIGHT = DigiPanlScanMode[3]&0x01;
I2CWriteByte(TW101,0xE1, ScanMode[3]&0xF0);
#endif
break;
}
#ifdef OUT_PIN_CONF
I2CWriteByte(TW101,0xE1, OUT_PIN_CONF);
#endif
return;
}
#endif
void SourceSelect(void)
{
I2CWriteByte(TW101, 0xC2, I2CReadByte(TW101, 0xC2)|(PSYNC_STR|IGNORE_VSYNC));
I2CWriteByte(TW101, 0x9d, 0x10);
I2CWriteByte(TW101, 0x9e, 0xff);
I2CWriteByte(TW101, 0x9f, 0x40);
I2CWriteByte(TW101, PATTERN_CTRL, 0x87);
I2CWriteByte(TW101,0x0f,0x70); //2005-03030 for position shift
I2CWriteByte(TW101,0x0f,0x00); //2005-03030 for position shift
I2CWriteByte(TW101,0x31,0x00);
I2CWriteByte(TW101,0x1a, 0x87);
I2CWriteByte(TW101,0x18, uiaSrcMux[(m_cSource&0x0F)*2]>>8); // cMux1);
I2CWriteByte(TW101,0x19, uiaSrcMux[(m_cSource&0x0F)*2]&0xFF); // cMux2);
if(uiaSrcMux[(m_cSource&0x0F)*2+1]==itypeSVIDEO)
{
#ifdef T112
I2CWriteByte(TW101,0x11, 0x22);
#else
I2CWriteByte(TW101,0x11, 0x05);
#endif
I2CWriteByte(TW101+4,0x07, 0x24);//0x05|0x22);
I2CWriteByte(TW101+4,0x00, I2CReadByte(TW101+4,0x00)|0x01);
I2CWriteByte(TW101+4,0x01, I2CReadByte(TW101+4,0x01)&~ENYPbPr);
I2CWriteByte(TW101+4,0x03, I2CReadByte(TW101+4,0x03)|0x03);
}
else if (uiaSrcMux[(m_cSource&0x0F)*2+1]==itypeCVBS)
{
I2CWriteByte(TW101,0x11, 0x00);
I2CWriteByte(TW101+4,0x07, 0x21);//0x05|0x22);
I2CWriteByte(TW101+4,0x00, I2CReadByte(TW101+4,0x00)&0xfe);
I2CWriteByte(TW101+4,0x01, I2CReadByte(TW101+4,0x01)&~ENYPbPr);
if(m_cChroma==S_NTSC_4) // temporarily add by Sherman 06'01'27
I2CWriteByte(TW101+4,0x03, I2CReadByte(TW101+4,0x03)&0xf8|0x03);
else
I2CWriteByte(TW101+4,0x03, I2CReadByte(TW101+4,0x03)&0xfc);
}
else if (uiaSrcMux[(m_cSource&0x0F)*2+1]==itypeYPBPR)
{
I2CWriteByte(TW101,0x11, 0x55);
I2CWriteByte(TW101+4,0x07, 0x20);
I2CWriteByte(TW101+4,0x01, I2CReadByte(TW101+4,0x01)|ENYPbPr);
}
#ifdef T515
if ( (m_cSource&0x0F)< isrc_T515_CVIDEO1){
if(cSVideo)
I2CWriteByte(TW101+4,0x07, 0x06|0x02);//|0x22
else
I2CWriteByte(TW101+4,0x07, 0x02);// 930729//|0x20
}else{
DetectSignalStd(); // add by Sherman 06'01'03
SRC_656();
}
if((m_cSource&0x0F)>=isrcSVIDEO){
I2CWriteByte(TW101+4,0x02, 0x4B);
I2CWriteByte(TW101,0x1a, 0x87);
}
twdDelay(300);
if((m_cSource&0x0F)>=isrc_T515_CVIDEO1){
NoSignal=0;
I2CWriteByte(TW101, 0xC2, I2CReadByte(TW101, 0xC2)&~(PSYNC_STR|IGNORE_VSYNC));
I2CWriteByte(TW101, PATTERN_CTRL, 0x00);
}else{
if(I2CReadByte(TW101+4, 0x3A)&0x06){
NoSignal=0;
I2CWriteByte(TW101, 0xC2, I2CReadByte(TW101, 0xC2)&~(PSYNC_STR|IGNORE_VSYNC));
I2CWriteByte(TW101, PATTERN_CTRL, 0x00);
}
}
#else
twdDelay(500);
if(I2CReadByte(TW101+4, 0x3A)&0x06){
NoSignal=0;
I2CWriteByte(TW101, 0xC2, I2CReadByte(TW101, 0xC2)&~(PSYNC_STR|IGNORE_VSYNC));
I2CWriteByte(TW101, PATTERN_CTRL, 0x00);
}
#endif
I2CWriteByte(TW101, 0xE2, 0x11);
}
void DetectSignalStd(void)
{
uCHAR index=0,SlaveAddr,RegAddrShift;//,line_525;//,tmp;
#ifdef T515
if(m_cSource >= isrc_T515_CVIDEO1){
SlaveAddr=0xb8;
RegAddrShift=0x20;
}else{
SlaveAddr=0x54;
RegAddrShift=0x00;
}
#else
SlaveAddr=0x54;
RegAddrShift=0x00;
#endif
m_cBuff[0]=m_cStandard;
if(I2CReadByte(SlaveAddr, 0x3A+RegAddrShift)&0x06) // Judge vlock and hlock
{
//~~~~~~~ set OPTiming ~~~~~~~~~~~~~~~~~~~//
if(I2CReadByte(TW101,0x59) <= 0xd6)
m_cBuff[0]=S_NTSC;
else
m_cBuff[0]=S_PAL;
#ifdef T515
if((m_cSource&0x0f) >= isrc_T515_CVIDEO1){
m_cBuff[0] = I2CReadByte(TW515, 0x5c)&0x04;
if((I2CReadByte(TW515, 0x5c)&0x07)==0)
m_cBuff[0]=S_NTSC;
else if(I2CReadByte(TW515, 0x5c)&0x02)
m_cBuff[0]=S_SECAM;
else if(I2CReadByte(TW515, 0x5c)&0x04)
m_cBuff[0]=S_PAL;
else
m_cBuff[0]=0xff;
}
#endif
if((m_cStandard!=m_cBuff[0])){ // signal std was changed,and output timing must be set again
m_cStandard=m_cBuff[0];
SetOPTiming();
}
//~~~~~~~ End of set OPTiming ~~~~~~~~~~~~~~~~~~~//
//~~~~~~~ set Chroma ~~~~~~~~~~~~~~~~~~~//
m_cBuff[4]=m_cChroma;
#ifdef T515
if((m_cSource&0x0f) >= isrc_T515_CVIDEO1){
m_cBuff[4] = I2CReadByte(TW515, 0x5c)&0x04;
//else if((m_cSource&0x0f) >= isrc_T515_CVIDEO1){
if((I2CReadByte(TW515, 0x5c)&0x07)==0)
m_cBuff[4]=S_NTSC;
else if(I2CReadByte(TW515, 0x5c)&0x02)
m_cBuff[4]=S_SECAM;
else if(I2CReadByte(TW515, 0x5c)&0x04)
m_cBuff[4]=S_PAL;
else
m_cBuff[4]=0xff;
}
#endif
twdDelay1(25);
// Set Chroma lock configration
if(I2CReadByte(TW101,0x59) <= 0xd6)
I2CWriteByte(SlaveAddr, 0x83+RegAddrShift, 0x39);//6f); // NTSC // change by Sherman 06'02'07
else
I2CWriteByte(SlaveAddr, 0x83+RegAddrShift, 0x39); // PAL
twdDelay1(50);
if(I2CReadByte(TW101,0x59) <= 0xd6) { // NTSC-M,NTSC-4,PAL-M
m_wBuff[2]=0;
m_cBuff[1]=m_cChroma; // Preserve previous status for signal std
twdDelay1(150); // add by Sherman 06'01'16
while (1){ // NTSC-M=1,NTSC-4=4,PAL-M=5
if (m_cChroma == S_NTSC_4){
if ((I2CReadByte(SlaveAddr, 0x3a+RegAddrShift)&0x08)&&(I2CReadByte(SlaveAddr, 0x7a+RegAddrShift)<0x80))
break;
}
if ((m_cChroma == S_NTSC)|(m_cChroma == S_PAL_M)){
if ((I2CReadByte(SlaveAddr, 0x3a+RegAddrShift)&0x08))
break;
}
if (m_cChroma == S_NTSC)
#ifndef Signal_NTSC_4
#ifndef Signal_PAL_M
m_cChroma=S_NTSC;
#else
m_cChroma=S_PAL_M;
#endif
#else
m_cChroma=S_NTSC_4;
#endif
else if (m_cChroma == S_NTSC_4)
#ifndef Signal_PAL_M
m_cChroma=S_NTSC;
#else
m_cChroma=S_PAL_M;
#endif
else //if (m_cChroma == S_PAL_M)
m_cChroma=S_NTSC;
SetSignalStd(); // Set Signal flag and DTO
twdDelay1(50);
if ((++m_wBuff[2]) >4) break; // Avoid while setting, input switch to NTSC
}
}else{ // PAL-BD,PAL-CN,SECAM
#if ((defined T100A)|(defined T101A)|(defined T101))&(defined YPbPr)
if(m_cSource == isrYPbPr)
m_cBuff[4]=S_PAL;
else {
#endif
m_wBuff[2]=0;
m_cBuff[1]=m_cChroma; // Preserve previous status for signal std
twdDelay1(150); // add by Sherman 06'01'16
while (1){ // PAL-BD=2,PAL-CN=6,SECAM=3
if ((m_cChroma == S_PAL)|(m_cChroma == S_PAL_CN)){
if ((I2CReadByte(SlaveAddr, 0x3a+RegAddrShift)&0x08) && (I2CReadByte(SlaveAddr, 0x3c+RegAddrShift)&0x01==1))//&& (I2CReadByte(SlaveAddr, 0x7d+RegAddrShift)>0xf0))
break;
}
if (m_cChroma == S_SECAM){
if ((I2CReadByte(SlaveAddr, 0x3a+RegAddrShift)&0x08) && (I2CReadByte(SlaveAddr, 0x7d+RegAddrShift)>0xf0))
break;
}
if (m_cChroma == S_PAL)
#ifndef Signal_SECAM
#ifndef Signal_PAL_CN
m_cChroma=S_PAL;
#else
m_cChroma=S_PAL_CN;
#endif
#else
m_cChroma=S_SECAM;
#endif
else if (m_cChroma == S_SECAM)
#ifndef Signal_PAL_CN
m_cChroma=S_PAL;
#else
m_cChroma=S_PAL_CN;
#endif
else //if (m_cChroma == S_PAL_CN)
m_cChroma=S_PAL;
SetSignalStd(); // Set Signal flag and DTO
twdDelay1(50);
if ((++m_wBuff[2]) >4) break; // Avoid while setting, input switch to NTSC
}
#if ((defined T100A)|(defined T101A)|(defined T101))&(defined YPbPr)
}
#endif
}
if (m_cBuff[1] != m_cChroma){
if ((I2CReadByte(SlaveAddr, 0x3a+RegAddrShift)&0x08))
m_cBuff[4] = m_cChroma;
m_cChroma=m_cBuff[1] ;
}
if((m_cChroma!=m_cBuff[4])){
m_cChroma=m_cBuff[4];
}
}// 癹伴い⌨️ 快捷键说明
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