📄 factory.c
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Color_Temp=(Color_Temp+1)%3;
Contrast=0x10;
Brightness=0x10;
Set_Color_Temp(Color_Temp);
Set_Contrast(Contrast);
Set_Brightness(Brightness);
EE_MCU_Byte_Write(EE_COLOR_TEMP, Color_Temp);
EE_MCU_Byte_Write(ParaAddress+EE_CONTRAST, Contrast);
EE_MCU_Byte_Write(ParaAddress+EE_BRIGHTNESS, Brightness);
Line_Attribute(1, 12, 26, TEXT_COLOR);
Line_Attribute(1, 12+Color_Temp*5, 15+Color_Temp*5, TEXT_HI_COLOR);
Print_Char(2, 24, EE_MCU_Byte_Read(ColorAddress+0), TEXT_COLOR);
Print_Char(3, 24, EE_MCU_Byte_Read(ColorAddress+1), TEXT_COLOR);
Print_Char(4, 24, EE_MCU_Byte_Read(ColorAddress+2), TEXT_COLOR);
Print_Char(5, 24, EE_MCU_Byte_Read(ColorAddress+3), TEXT_COLOR);
Print_Char(6, 24, EE_MCU_Byte_Read(ColorAddress+4), TEXT_COLOR);
Print_Char(7, 24, EE_MCU_Byte_Read(ColorAddress+5), TEXT_COLOR);
break;
case(1)://STV RGain
value=EE_MCU_Byte_Read(ColorAddress+0);
if(value<0x3f) {
value++;
STV_Gain(0, value);
EE_MCU_Byte_Write(ColorAddress+0, value);
Print_Char(2, 24, value, TEXT_COLOR);
}
break;
case(2)://STV GGain
value=EE_MCU_Byte_Read(ColorAddress+1);
if(value<0x3f) {
value++;
STV_Gain(1, value);
EE_MCU_Byte_Write(ColorAddress+1, value);
Print_Char(3, 24, value, TEXT_COLOR);
}
break;
case(3)://STV BGain
value=EE_MCU_Byte_Read(ColorAddress+2);
if(value<0x3f) {
value++;
STV_Gain(2, value);
EE_MCU_Byte_Write(ColorAddress+2, value);
Print_Char(4, 24, value, TEXT_COLOR);
}
break;
case(4)://STV ROffset
value=EE_MCU_Byte_Read(ColorAddress+3);
if(value<0xff) {
value++;
STV_Offset(0, value);
EE_MCU_Byte_Write(ColorAddress+3, value);
Print_Char(5, 24, value, TEXT_COLOR);
}
break;
case(5)://STV GOffset
value=EE_MCU_Byte_Read(ColorAddress+4);
if(value<0xff) {
value++;
STV_Offset(1, value);
EE_MCU_Byte_Write(ColorAddress+4, value);
Print_Char(6, 24, value, TEXT_COLOR);
}
break;
case(6)://STV BOffset
value=EE_MCU_Byte_Read(ColorAddress+5);
if(value<0xff) {
value++;
STV_Offset(2, value);
EE_MCU_Byte_Write(ColorAddress+5, value);
Print_Char(7, 24, value, TEXT_COLOR);
}
break;
}
break;
}
break;
//&&&&&&&&&&&&&&&&&&&&&&&&&&& VOL- &&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
case(KEY_VOL_MINUS):
switch(Page) {
case(1):
switch(Item) {
case(0):
Print_String(1, 16, "CH+ CONFIRM", TEXT_COLOR|BLINK);
do{
Get_Key();
}while(bkey_code_now!=KEY_NULL);
if(bkey_code_now==KEY_CH_PLUS) {
Print_String(1, 16, " PROCESS", TEXT_COLOR|BLINK);
Burning_EEPROM();
}
Print_String(1, 16, " DONE", TEXT_COLOR);
LED_AMBER=OFF;
LED_GREEN=ON;
break;
case(1):
if(EE_MCU_Byte_Read(EE_BUILT_IN_DVD)==0x01) {
EE_MCU_Byte_Write(EE_BUILT_IN_DVD, 0x00);
Print_String(2, 20, "DISABLE", TEXT_COLOR);
}
else {
EE_MCU_Byte_Write(EE_BUILT_IN_DVD, 0x01);
Print_String(2, 20, " ENABLE", TEXT_COLOR);
}
break;
case(2)://7114 Contrast
value=EE_MCU_Byte_Read(ParaAddress+EE_7114_CONTRAST);
if(value>0x00) {
value--;
Set_7114_Contrast(value);
EE_MCU_Byte_Write(ParaAddress+EE_7114_CONTRAST, value);
Print_Char(3, 24, value, TEXT_COLOR);
}
break;
case(3)://7114 Luminance
value=EE_MCU_Byte_Read(ParaAddress+EE_7114_LUMINANCE);
if(value>0x00) {
value--;
Set_7114_Luminance(value);
EE_MCU_Byte_Write(ParaAddress+EE_7114_LUMINANCE, value);
Print_Char(4, 24, value, TEXT_COLOR);
}
break;
case(4)://BackLight
value=EE_MCU_Byte_Read(ParaAddress+EE_BACK_LIGHT);
if(value>0x00) {
value--;
BL_VOLT=value;
EE_MCU_Byte_Write(ParaAddress+EE_BACK_LIGHT, value);
Print_Char(5, 24, value, TEXT_COLOR);
}
break;
case(5)://OSD H Position
if(OSD_HPosition>12) {
OSD_HPosition--;
OSD_Position(OSD_VPosition, OSD_HPosition);
EE_MCU_Byte_Write(EE_OSD_HPOS, OSD_HPosition);
Print_Char(6, 24, OSD_HPosition, TEXT_COLOR);
}
break;
case(6)://OSD V Position
if(OSD_VPosition>0) {
OSD_VPosition--;
OSD_Position(OSD_VPosition, OSD_HPosition);
EE_MCU_Byte_Write(EE_OSD_VPOS, OSD_VPosition);
Print_Char(7, 24, OSD_VPosition, TEXT_COLOR);
}
break;
}
break;
case(2):
switch(Item) {
case(0)://Color Temp
Color_Temp=(Color_Temp+2)%3;
Contrast=0x10;
Brightness=0x10;
Set_Color_Temp(Color_Temp);
Set_Contrast(Contrast);
Set_Brightness(Brightness);
EE_MCU_Byte_Write(EE_COLOR_TEMP, Color_Temp);
EE_MCU_Byte_Write(ParaAddress+EE_CONTRAST, Contrast);
EE_MCU_Byte_Write(ParaAddress+EE_BRIGHTNESS, Brightness);
Line_Attribute(1, 12, 26, TEXT_COLOR);
Line_Attribute(1, 12+Color_Temp*5, 15+Color_Temp*5, TEXT_HI_COLOR);
Print_Char(2, 24, EE_MCU_Byte_Read(ColorAddress+0), TEXT_COLOR);
Print_Char(3, 24, EE_MCU_Byte_Read(ColorAddress+1), TEXT_COLOR);
Print_Char(4, 24, EE_MCU_Byte_Read(ColorAddress+2), TEXT_COLOR);
Print_Char(5, 24, EE_MCU_Byte_Read(ColorAddress+3), TEXT_COLOR);
Print_Char(6, 24, EE_MCU_Byte_Read(ColorAddress+4), TEXT_COLOR);
Print_Char(7, 24, EE_MCU_Byte_Read(ColorAddress+5), TEXT_COLOR);
break;
case(1)://STV RGain
value=EE_MCU_Byte_Read(ColorAddress+0);
if(value>0x00) {
value--;
STV_Gain(0, value);
EE_MCU_Byte_Write(ColorAddress+0, value);
Print_Char(2, 24, value, TEXT_COLOR);
}
break;
case(2)://STV GGain
value=EE_MCU_Byte_Read(ColorAddress+1);
if(value>0x00) {
value--;
STV_Gain(1, value);
EE_MCU_Byte_Write(ColorAddress+1, value);
Print_Char(3, 24, value, TEXT_COLOR);
}
break;
case(3)://STV BGain
value=EE_MCU_Byte_Read(ColorAddress+2);
if(value>0x00) {
value--;
STV_Gain(2, value);
EE_MCU_Byte_Write(ColorAddress+2, value);
Print_Char(4, 24, value, TEXT_COLOR);
}
break;
case(4)://STV ROffset
value=EE_MCU_Byte_Read(ColorAddress+3);
if(value>0x00) {
value--;
STV_Offset(0, value);
EE_MCU_Byte_Write(ColorAddress+3, value);
Print_Char(5, 24, value, TEXT_COLOR);
}
break;
case(5)://STV GOffset
value=EE_MCU_Byte_Read(ColorAddress+4);
if(value>0x00) {
value--;
STV_Offset(1, value);
EE_MCU_Byte_Write(ColorAddress+4, value);
Print_Char(6, 24, value, TEXT_COLOR);
}
break;
case(6)://STV BOffset
value=EE_MCU_Byte_Read(ColorAddress+5);
if(value>0x00) {
value--;
STV_Offset(2, value);
EE_MCU_Byte_Write(ColorAddress+5, value);
Print_Char(7, 24, value, TEXT_COLOR);
}
break;
}
break;
}
break;
}
}
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