📄 lcd_func.~c
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#define __FUNC__
#include "reg52.h"
#include "intrins.h"
#include "Header\MAIN_DEF.H"
#include "Header\CONFIG.H"
#include "Header\ACCESS.H"
#include "Header\OSD.H"
#include "Header\LCD_COEF.H"
#include "Header\LCD_MAIN.H"
#include "Header\LCD_AUTO.H"
#include "Header\LCD_FUNC.H"
#include "Header\FRAME_SYNC.H"
#include "Header\LCD_OSD.H"
#if (TV_CHIP != TV_NONE)
#include "TUNER.H"
#endif
void SetVolume()
{
stGUD3.VOLUME &= 0x1f;
#if (AUDIO_TYPE == AUDIO_LM4832)
Data[0] = 10;
Data[1] = ADDR_LM4832;
Data[2] = 0x00;
Data[3] = 0x02;
Data[4] = 0x00; // Input Volume - 0 dB
Data[5] = 0x26; // Bass - 0 dB
Data[6] = 0x46; // Treble - 0 dB
Data[7] = 0x60 | stGUD3.VOLUME; // Right Volume
Data[8] = 0x80 | stGUD3.VOLUME; // Left Volume
// Mic 1 selected with 20dB when input source is VGA or DVI
// Both Mic 1 and 2 selected with 20dB when input source is AV or S-Video
Data[9] = (SOURCE_AV <= (stGUD1.INPUT_SOURCE & 0x07)) ? 0xa6 : 0xa4;
I2CWrite(Data);
#endif
#if (AUDIO_TYPE == AUDIO_PWM2)
Data[0] = 6;
Data[1] = Y_INC;
Data[2] = OSD_ROW_90;
Data[3] = 0x80;
Data[4] = 0x01;
#if (INV_VOLUME)
Data[5] = (0xff -(stGUD3.VOLUME << 3));
#else
Data[5] = (stGUD3.VOLUME << 3);
#endif
Data[6] = 0;
RTDWrite(Data);
#endif
#if (AUDIO_TYPE == AUDIO_PWM0)
Data[0] = 6;
Data[1] = Y_INC;
Data[2] = OSD_ROW_90;
Data[3] = 0x00;
Data[4] = 0x01;
#if (INV_VOLUME)
Data[5] = (0xff -(stGUD3.VOLUME << 3));
#else
Data[5] = (stGUD3.VOLUME << 3);
#endif
Data[6] = 0;
RTDWrite(Data);
#endif
}
void WriteGamma(unsigned char code *arrayR, unsigned char code *arrayG, unsigned char code *arrayB)
{
unsigned char n = 0;
RTDSetBit(COLOR_CTRL_5D, 0xfb, 0x10); // Disable GAMMA & Enable Access Channel
// GAMMA_RED
bRTD_SCSB = 0;
RTDSendAddr(RED_GAMMA_64, WRITE, N_INC);
do
{
RTDSendByte(arrayR[n]);
}
while (++n); // if n is 0xff, then n will be 0x00 after increased.
#if(MCU_TYPE == MCU_WINBOND)
bRTD_SCLK = 0;
bRTD_SCLK = 1;
bRTD_SCSB = 1;
// GAMMA_GREEN
bRTD_SCSB = 0;
#else
MCU_WriteRtdSclk(LOW);
MCU_WriteRtdSclk(HIGH);
MCU_WriteRtdScsb(HIGH);
// GAMMA_GREEN
MCU_WriteRtdScsb(LOW);
#endif
RTDSendAddr(GRN_GAMMA_65, WRITE, N_INC);
do
{
RTDSendByte(arrayG[n]);
}
while (++n);
#if(MCU_TYPE == MCU_WINBOND)
bRTD_SCLK = 0;
bRTD_SCLK = 1;
bRTD_SCSB = 1;
//GAMMA_BLUE
bRTD_SCSB = 0;
#else
MCU_WriteRtdSclk(LOW);
MCU_WriteRtdSclk(HIGH);
MCU_WriteRtdScsb(HIGH);
//GAMMA_BLUE
MCU_WriteRtdScsb(LOW);
#endif
RTDSendAddr(BLU_GAMMA_66, WRITE, N_INC);
do
{
RTDSendByte(arrayB[n]);
}
while (++n);
#if(MCU_TYPE == MCU_WINBOND)
bRTD_SCLK = 0;
bRTD_SCLK = 1;
bRTD_SCSB = 1;
#else
MCU_WriteRtdSclk(_LOW);
MCU_WriteRtdSclk(_HIGH);
MCU_WriteRtdScsb(_HIGH);
#endif
RTDSetBit(COLOR_CTRL_5D, 0xef, 0x04); // Enable GAMMA & Diable Access Channel
}
void WriteDither(unsigned char code *array , bit new_dither)
{
unsigned char n;
if(new_dither)
RTDSetBit(FX_LST_LEN_H_5A,0xff,0x80);
else
RTDSetBit(FX_LST_LEN_H_5A,0x7f,0x00);
RTDSetBit(COLOR_CTRL_5D, 0xb7, 0x68); // Enable DITHER & Enable Access Channels
#if(MCU_TYPE == MCU_WINBOND)
bRTD_SCSB = 0;
RTDSendAddr(DITHER_PORT_67, WRITE, N_INC);
for (n = 0; n < 8; n++) RTDSendByte(array[n]);
bRTD_SCLK = 0;
bRTD_SCLK = 1;
bRTD_SCSB = 1;
#else
MCU_WriteRtdScsb(_LOW);
RTDSendAddr(DITHER_PORT_67, WRITE, N_INC);
for (n = 0; n < 8; n++) RTDSendByte(array[n]);
MCU_WriteRtdSclk(_LOW);
MCU_WriteRtdSclk(_HIGH);
MCU_WriteRtdScsb(_HIGH);
#endif
//RTDSetBit(COLOR_CTRL_5D, 0xdf, 0x48); // Enable DITHER & Disable Access Channels
RTDSetBit(COLOR_CTRL_5D, 0x1f, 0x88); // Enable DITHER & Disable Access Channels
}
void WriteSU_COEF(unsigned char code *arrayH, unsigned char code *arrayV)
{
unsigned char n;
RTDSetBit(FILTER_CTRL1_1C, 0xfc, 0x01); // Enable H-Coeff access
#if(MCU_TYPE == MCU_WINBOND)
bRTD_SCSB = 0;
RTDSendAddr(FILTER_PORT_1D, WRITE, N_INC);
for (n = 0; n < 128; n++) RTDSendByte(arrayH[n]);
bRTD_SCLK = 0;
bRTD_SCLK = 1;
bRTD_SCSB = 1;
RTDSetBit(FILTER_CTRL1_1C, 0xfc, 0x03); // Enable V-Coeff access
bRTD_SCSB = 0;
RTDSendAddr(FILTER_PORT_1D, WRITE, N_INC);
for (n = 0; n < 128; n++) RTDSendByte(arrayV[n]);
bRTD_SCLK = 0;
bRTD_SCLK = 1;
bRTD_SCSB = 1;
#else
MCU_WriteRtdScsb(_LOW);
RTDSendAddr(FILTER_PORT_1D, WRITE, N_INC);
for (n = 0; n < 128; n++) RTDSendByte(arrayH[n]);
MCU_WriteRtdSclk(_LOW);
MCU_WriteRtdSclk(_HIGH);
MCU_WriteRtdScsb(_HIGH);
RTDSetBit(FILTER_CTRL1_1C, 0xfc, 0x03); // Enable V-Coeff access
MCU_WriteRtdScsb(_LOW);
RTDSendAddr(FILTER_PORT_1D, WRITE, N_INC);
for (n = 0; n < 128; n++) RTDSendByte(arrayV[n]);
MCU_WriteRtdSclk(_LOW);
MCU_WriteRtdSclk(_HIGH);
MCU_WriteRtdScsb(_HIGH);
#endif
RTDSetBit(FILTER_CTRL1_1C, 0xfc, 0xc4); // Disable filter coefficient access
}
void Set_H_Position(void)
{
#if(AS_NON_FRAMESYNC)
RTDSetBit(ODD_CTRL_8E,0xef,0x00);
#endif
// if the backporch is far small then the standard one,
// it is possibile that even IHS_Delay decrease to zero still can't correct the H position
// so adjust the usIPH_ACT_STA first and turn back to original value later
if(stMUD.H_POSITION < ucH_Min_Margin)
{
usIPH_ACT_STA = usIPH_ACT_STA - (ucH_Min_Margin - stMUD.H_POSITION);
stMUD.H_POSITION = ucH_Min_Margin;
}
#if(ALIGN_LEFT == CLOCK_ALIGN)
((unsigned int*)Data)[4] = usIPH_ACT_STA + (stMUD.CLOCK >> 2) - 32;
#else
((unsigned int*)Data)[4] = usIPH_ACT_STA + (stMUD.CLOCK >> 1) - 64;
#endif
Wait_For_Event(EVENT_IEN_STOP);
Data[0] = 5;
Data[1] = Y_INC;
Data[2] = IPH_ACT_STA_06;
Data[3] = (unsigned char)((unsigned int*)Data)[4];
Data[4] = (unsigned char)(((unsigned int*)Data)[4] >> 8);
Data[5] = 0;
RTDWrite(Data);
// Update IHS delay according to phase
// Set_Phase(stMUD.PHASE & 0x7c);
//Data[0] = PROGRAM_HDELAY + (stMUD.H_POSITION - ucH_Min_Margin);
Data[12] = (stMUD.H_POSITION - ucH_Min_Margin) + PROGRAM_HDELAY;
RTDSetByte(IHS_DELAY_8D, Data[12]);
#if(AS_NON_FRAMESYNC)
if(bFrameSync && bStable)
RTDSetBit(ODD_CTRL_8E,0xef,0x10);
#endif
}
#if(PANEL_TYPE == PANEL_HYUNDAI) //hgxxxx 0522 for Hyundai
#define MAX_MOVE_LINE 2
bit bSTEP_VPOS = 0;
static unsigned char idata ucPre_V_POS = 0x80;
void Set_V_Position4HD(void);
void Set_V_Position(void)
{
unsigned char tempstore;
tempstore = stMUD.V_POSITION;
bSTEP_VPOS = 1;
do
{
if(stMUD.V_POSITION > ucPre_V_POS)
{
if(stMUD.V_POSITION - ucPre_V_POS > MAX_MOVE_LINE)
stMUD.V_POSITION = ucPre_V_POS + MAX_MOVE_LINE;
}
else
{
if(ucPre_V_POS - stMUD.V_POSITION > MAX_MOVE_LINE)
stMUD.V_POSITION = ucPre_V_POS - MAX_MOVE_LINE;
}
Set_V_Position4HD();
stMUD.V_POSITION = tempstore;
}
while(stMUD.V_POSITION != ucPre_V_POS);
bSTEP_VPOS = 0;
}
void Set_V_Position4HD(void)
#else
void Set_V_Position(void)
#endif
{
unsigned int usIV_Temp, usDV_Temp;
#if(AS_NON_FRAMESYNC)
RTDSetBit(ODD_CTRL_8E,0xef,0x00);
#endif
#if(AS_DV_TOTAL)
RTDSetBit(DV_BKGD_STA_31,0x7f,0x00);
#endif
if ((ucV_Max_Margin - 1) < stMUD.V_POSITION)
{
RTDSetByte(IVS_DELAY_8C, (PROGRAM_VDELAY + stMUD.V_POSITION - (ucV_Max_Margin - 1)));
usIV_Temp = usIPV_ACT_STA + (ucV_Max_Margin - 1) - 128;
usDV_Temp = (unsigned int)ucDV_Delay + (ucV_Max_Margin - 1) - 128;
}
else
{
RTDSetByte(IVS_DELAY_8C, PROGRAM_VDELAY);
usIV_Temp = usIPV_ACT_STA + stMUD.V_POSITION - 128;
usDV_Temp = (unsigned int)ucDV_Delay + stMUD.V_POSITION - 128;
}
Wait_For_Event(EVENT_IEN_START);
Data[0] = 4;
Data[1] = N_INC;
Data[2] = IV_DV_LINES_38;
Data[3] = (unsigned char)usDV_Temp;
Data[4] = 5;
Data[5] = Y_INC;
Data[6] = IPV_ACT_STA_0A;
Data[7] = (unsigned char)usIV_Temp;
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