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📄 osdtune.src

📁 采用台湾MRT晶捷公司的MRT4方案的液晶电视的程序
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; OSDTUNE.SRC generated from: OSDTUNE.C

$NOMOD51

NAME	OSDTUNE

P0	DATA	080H
P1	DATA	090H
P2	DATA	0A0H
P3	DATA	0B0H
PSW	DATA	0D0H
ACC	DATA	0E0H
B	DATA	0F0H
SP	DATA	081H
DPL	DATA	082H
DPH	DATA	083H
PCON	DATA	087H
TCON	DATA	088H
TMOD	DATA	089H
TL0	DATA	08AH
TL1	DATA	08BH
TH0	DATA	08CH
TH1	DATA	08DH
IE	DATA	0A8H
IP	DATA	0B8H
SCON	DATA	098H
SBUF	DATA	099H
CY	BIT	0D0H.7
AC	BIT	0D0H.6
F0	BIT	0D0H.5
RS1	BIT	0D0H.4
RS0	BIT	0D0H.3
OV	BIT	0D0H.2
P	BIT	0D0H.0
TF1	BIT	088H.7
TR1	BIT	088H.6
TF0	BIT	088H.5
TR0	BIT	088H.4
IE1	BIT	088H.3
IT1	BIT	088H.2
IE0	BIT	088H.1
IT0	BIT	088H.0
EA	BIT	0A8H.7
ES	BIT	0A8H.4
ET1	BIT	0A8H.3
EX1	BIT	0A8H.2
ET0	BIT	0A8H.1
EX0	BIT	0A8H.0
PS	BIT	0B8H.4
PT1	BIT	0B8H.3
PX1	BIT	0B8H.2
PT0	BIT	0B8H.1
PX0	BIT	0B8H.0
RD	BIT	0B0H.7
WR	BIT	0B0H.6
T1	BIT	0B0H.5
T0	BIT	0B0H.4
INT1	BIT	0B0H.3
INT0	BIT	0B0H.2
TXD	BIT	0B0H.1
RXD	BIT	0B0H.0
SM0	BIT	098H.7
SM1	BIT	098H.6
SM2	BIT	098H.5
REN	BIT	098H.4
TB8	BIT	098H.3
RB8	BIT	098H.2
TI	BIT	098H.1
RI	BIT	098H.0
SDAPin	BIT	090H.6
SCLPin	BIT	090H.7
WPPin	BIT	090H.5
ResetPin	BIT	0A0H.0
BrightnessPin	BIT	0B0H.5
VGA_CON_PIN	BIT	0A0H.5
LED_O_Pin	BIT	080H.0
LED_G_Pin	BIT	080H.1
PANEL_VCC_PIN	BIT	0A0H.2
PANEL_BKL_PIN	BIT	0A0H.3
POWER_BUT_PIN	BIT	090H.4
MENU_BUT_PIN	BIT	090H.1
RIGHT_BUT_PIN	BIT	090H.2
LEFT_BUT_PIN	BIT	090H.3
AUTO_BUT_PIN	BIT	090H.0
?PR?_autoTune?OSDTUNE                    SEGMENT CODE
?DT?_autoTune?OSDTUNE                    SEGMENT DATA OVERLAYABLE
?PR?initCalibration?OSDTUNE              SEGMENT CODE
?DT?initCalibration?OSDTUNE              SEGMENT DATA OVERLAYABLE
?PR?_hvCalibration?OSDTUNE               SEGMENT CODE
?DT?_hvCalibration?OSDTUNE               SEGMENT DATA OVERLAYABLE
?PR?pitchCalibration?OSDTUNE             SEGMENT CODE
?DT?pitchCalibration?OSDTUNE             SEGMENT DATA OVERLAYABLE
?BI?pitchCalibration?OSDTUNE             SEGMENT BIT OVERLAYABLE
?PR?phaseHWCalibration?OSDTUNE           SEGMENT CODE
?DT?phaseHWCalibration?OSDTUNE           SEGMENT DATA OVERLAYABLE
?BI?phaseHWCalibration?OSDTUNE           SEGMENT BIT OVERLAYABLE
?PR?_phaseCalibration?OSDTUNE            SEGMENT CODE
?DT?_phaseCalibration?OSDTUNE            SEGMENT DATA OVERLAYABLE
?PR?_waitCalibReady?OSDTUNE              SEGMENT CODE
?DT?_waitCalibReady?OSDTUNE              SEGMENT DATA OVERLAYABLE
?PR?_waitCalibReady1?OSDTUNE             SEGMENT CODE
?DT?_waitCalibReady1?OSDTUNE             SEGMENT DATA OVERLAYABLE
?PR?pitchPatch?OSDTUNE                   SEGMENT CODE
	EXTRN	BIT (tunePhaseFlag)
	EXTRN	BIT (CalibSuccess)
	EXTRN	IDATA (eepData)
	EXTRN	IDATA (eepModeData)
	EXTRN	IDATA (buff)
	EXTRN	IDATA (ival)
	EXTRN	IDATA (ival1)
	EXTRN	IDATA (ival2)
	EXTRN	DATA (CurrentWidth)
	EXTRN	DATA (CurrentHeight)
	EXTRN	DATA (DefaultPitch)
	EXTRN	DATA (hTotal)
	EXTRN	DATA (phaseHwStart)
	EXTRN	DATA (phaseHwEnd)
	EXTRN	CODE (checkPowerOffButton)
	EXTRN	CODE (disableDigitalColor)
	EXTRN	CODE (enableDigitalColor)
	EXTRN	CODE (_RegByteIn)
	EXTRN	CODE (_RegDataIn)
	EXTRN	DATA (?_RegDataIn?BYTE)
	EXTRN	CODE (_RegByteOut)
	EXTRN	CODE (_RegDataOut)
	EXTRN	DATA (?_RegDataOut?BYTE)
	EXTRN	CODE (_miscDelay)
	EXTRN	CODE (_miscSetADCPhase)
	EXTRN	CODE (_miscSetADCPitch)
	EXTRN	CODE (?C?LMUL)
	EXTRN	CODE (?C?LADD)
	EXTRN	CODE (?C?ULCMP)
	PUBLIC	pitchPatch
	PUBLIC	_waitCalibReady1
	PUBLIC	_waitCalibReady
	PUBLIC	_phaseCalibration
	PUBLIC	phaseHWCalibration
	PUBLIC	?pitchCalibration?BIT
	PUBLIC	pitchCalibration
	PUBLIC	_hvCalibration
	PUBLIC	initCalibration
	PUBLIC	_autoTune

	RSEG  ?DT?_autoTune?OSDTUNE
?_autoTune?BYTE:
    options?040:   DS   1

	RSEG  ?DT?initCalibration?OSDTUNE
?initCalibration?BYTE:
     vTotal?141:   DS   2

	RSEG  ?DT?_hvCalibration?OSDTUNE
?_hvCalibration?BYTE:
    options?242:   DS   1
	ORG  1
     vStart?243:   DS   2
    vHeight?244:   DS   2

	RSEG  ?DT?pitchCalibration?OSDTUNE
?pitchCalibration?BYTE:
      pitch?346:   DS   2
    tpitch0?347:   DS   2

	RSEG  ?BI?pitchCalibration?OSDTUNE
?pitchCalibration?BIT:
       flag?345:   DBIT   1
	ORG  1
         up?348:   DBIT   1
         dn?349:   DBIT   1

	RSEG  ?DT?phaseHWCalibration?OSDTUNE
?phaseHWCalibration?BYTE:
      phase?453:   DS   1

	RSEG  ?BI?phaseHWCalibration?OSDTUNE
?phaseHWCalibration?BIT:
phaseOkFlag?450:   DBIT   1
phaseOkFlag1?451:   DBIT   1
phaseOkFlag2?452:   DBIT   1

	RSEG  ?DT?_phaseCalibration?OSDTUNE
?_phaseCalibration?BYTE:
    control?554:   DS   1
	ORG  1
   ErrorVal?555:   DS   4
MinErrorVal?556:   DS   4

	RSEG  ?DT?_waitCalibReady?OSDTUNE
?_waitCalibReady?BYTE:
       mask?657:   DS   1
	ORG  1
         bv?658:   DS   1
        cnt?659:   DS   2

	RSEG  ?DT?_waitCalibReady1?OSDTUNE
?_waitCalibReady1?BYTE:
       mask?760:   DS   1
	ORG  1
        cnt?762:   DS   2
; /************************************************
; *                                               *
; * OSDTUNE.C:  Auto tuning   From David          *
; *                                               *
; *************************************************/
; 
; #include <reg51.h>
; #include <math.h>
; #include "MOSAIC.h"
; #include "busio.h"
; #include "OSD.h"
; #include "global.h"
; 
; 
; 
; /******************************************
; * Auto Tuning Adjustment                  *
; *******************************************/
; void autoTune(unsigned char options)

	RSEG  ?PR?_autoTune?OSDTUNE
	USING	0
_autoTune:
	MOV  	options?040,R7
			; SOURCE LINE # 19
; {
			; SOURCE LINE # 20
; 	
; 	
; #if DEBUGMSG
;     printf("AutoTune\n");
; #endif
; 
;    	disableDigitalColor();
			; SOURCE LINE # 27
	LCALL	disableDigitalColor
; 
; 
; #if (MASCOT_VZ+MASCOT_VXZ+MASCOT_VP2 == 0)
; 	setColorRGB(DEF_DATA);
; #endif
; 
;     RegByteOut(0xB0, 0x00);                 // Disable calibration
			; SOURCE LINE # 34
	MOV  	R7,#0B0H
	CLR  	A
	MOV  	R5,A
	LCALL	_RegByteOut
; 
;     CalibSuccess = 1;
			; SOURCE LINE # 36
	SETB 	CalibSuccess
; 	
; 	if (options & OPTIONPITCH)
			; SOURCE LINE # 38
	MOV  	A,options?040
	JNB  	ACC.2,?C0001
; 	{
			; SOURCE LINE # 39
; 		miscSetADCPitch(DefaultPitch);	
			; SOURCE LINE # 40
	MOV  	R7,DefaultPitch+01H
	MOV  	R6,DefaultPitch
	LCALL	_miscSetADCPitch
; 	}
			; SOURCE LINE # 41
?C0001:
;     
; 
; // tune HV
; 	if (options & OPTIONCENTER)
			; SOURCE LINE # 45
	MOV  	A,options?040
	ANL  	A,#03H
	JZ   	?C0002
; 	{
			; SOURCE LINE # 46
; 		initCalibration();
			; SOURCE LINE # 47
	LCALL	initCalibration
; 		hvCalibration(options);
			; SOURCE LINE # 48
	MOV  	R7,options?040
	LCALL	_hvCalibration
; 	}
			; SOURCE LINE # 49
?C0002:
; 
; 	checkPowerOffButton();
			; SOURCE LINE # 51
	LCALL	checkPowerOffButton
; 	if (!(eepData.MascotFlag & FLAG_POWERSTATUS))	return;
			; SOURCE LINE # 52
	MOV  	R0,#eepData+01BH
	MOV  	A,@R0
	JB   	ACC.0,$ + 6H
	LJMP 	?C0004
?C0003:
; 		
; 		
; // tune pitch and phaseHW
; 	if (options & OPTIONPITCH)
			; SOURCE LINE # 56
	MOV  	A,options?040
	JNB  	ACC.2,?C0005
; 	{
			; SOURCE LINE # 57
; 		pitchCalibration(DEF_DATA); 		// tune pitch
			; SOURCE LINE # 58
	CLR  	?pitchCalibration?BIT
	LCALL	pitchCalibration
; 		if (!(eepData.MascotFlag & FLAG_POWERSTATUS))
			; SOURCE LINE # 59
	MOV  	R0,#eepData+01BH
	MOV  	A,@R0
	JNB  	ACC.0,?C0004
?C0006:
; 			return;
; 
; 		phaseHWCalibration();        // tune phase 
			; SOURCE LINE # 62
	LCALL	phaseHWCalibration
; 		if (!(eepData.MascotFlag & FLAG_POWERSTATUS))
			; SOURCE LINE # 63
	MOV  	R0,#eepData+01BH
	MOV  	A,@R0
	JNB  	ACC.0,?C0004
?C0007:
; 			return;
; 
; 		if(pitchCalibration(EEP_DATA)) 	// tune pitch
			; SOURCE LINE # 66
	SETB 	?pitchCalibration?BIT
	LCALL	pitchCalibration
	MOV  	A,R7
	JZ   	?C0005
; 		{
			; SOURCE LINE # 67
; 			if (!(eepData.MascotFlag & FLAG_POWERSTATUS))
			; SOURCE LINE # 68
	MOV  	R0,#eepData+01BH
	MOV  	A,@R0
	JNB  	ACC.0,?C0004
?C0009:
; 				return;
; 			phaseHWCalibration();        // tune phase 
			; SOURCE LINE # 70
	LCALL	phaseHWCalibration
;         	
; 			if(pitchCalibration(EEP_DATA)) 	// tune pitch
			; SOURCE LINE # 72
	SETB 	?pitchCalibration?BIT
	LCALL	pitchCalibration
	MOV  	A,R7
	JZ   	?C0005
; 			{
			; SOURCE LINE # 73
; 				if (!(eepData.MascotFlag & FLAG_POWERSTATUS))
			; SOURCE LINE # 74
	MOV  	R0,#eepData+01BH
	MOV  	A,@R0
	JNB  	ACC.0,?C0004
?C0011:
; 					return;
; 				phaseHWCalibration();        // tune phase 
			; SOURCE LINE # 76
	LCALL	phaseHWCalibration
; 			}
			; SOURCE LINE # 77
; 		}
			; SOURCE LINE # 78
; 	}
			; SOURCE LINE # 79
?C0005:
; 
; 	checkPowerOffButton();
			; SOURCE LINE # 81
	LCALL	checkPowerOffButton
; 	if (!(eepData.MascotFlag & FLAG_POWERSTATUS))	return;
			; SOURCE LINE # 82
	MOV  	R0,#eepData+01BH
	MOV  	A,@R0
	JNB  	ACC.0,?C0004
?C0012:
; 
; 
; 	tunePhaseFlag = 0;
			; SOURCE LINE # 85
	CLR  	tunePhaseFlag
; 
; // tune pitch with phase
; #if ((MASCOT_VZ+MASCOT_VXZ+MASCOT_VP2)&& TUNE_PITCH_WITH_PHASE)
; 	if ((options & OPTIONPITCH)&&(eepModeData.setData.pitch % 8))
; 	{
; 		tunePhaseFlag = 1;
; 		pitchCalibwithPhase();
; 	}
; #endif
; 
; 
; 
; // tune phase
; 	if (options & OPTIONPHASE)
			; SOURCE LINE # 99
	MOV  	A,options?040
	JNB  	ACC.3,?C0013
; 	{
			; SOURCE LINE # 100
; 		if (CurrentWidth >= 1024)
			; SOURCE LINE # 101
	CLR  	C
	MOV  	A,CurrentWidth
	XRL  	A,#080H
	SUBB 	A,#084H
	JC   	?C0014
; 			phaseCalibration(0x07);
			; SOURCE LINE # 102
	MOV  	R7,#07H
	LCALL	_phaseCalibration
	SJMP 	?C0013
?C0014:
; 		else if (tunePhaseFlag)
			; SOURCE LINE # 103
	JNB  	tunePhaseFlag,?C0013
; 			phaseHWCalibration();
			; SOURCE LINE # 104
	LCALL	phaseHWCalibration
; 	}
			; SOURCE LINE # 105
?C0013:
; 
; 	checkPowerOffButton();
			; SOURCE LINE # 107
	LCALL	checkPowerOffButton
; 	if (!(eepData.MascotFlag & FLAG_POWERSTATUS))	return;
			; SOURCE LINE # 108
	MOV  	R0,#eepData+01BH
	MOV  	A,@R0
	JNB  	ACC.0,?C0004
?C0017:
; 
; 
; 	enableDigitalColor();
			; SOURCE LINE # 111
	LCALL	enableDigitalColor
; 
; 
; // tune HV
; 	if (options & OPTIONCENTER)
			; SOURCE LINE # 115
	MOV  	A,options?040
	ANL  	A,#03H
	JZ   	?C0018
; 	{
			; SOURCE LINE # 116
; 		initCalibration();
			; SOURCE LINE # 117
	LCALL	initCalibration
; 		hvCalibration(options);
			; SOURCE LINE # 118
	MOV  	R7,options?040
	LCALL	_hvCalibration
; 	}
			; SOURCE LINE # 119
?C0018:
; 	
; 	checkPowerOffButton();
			; SOURCE LINE # 121
	LCALL	checkPowerOffButton
; 	if (!(eepData.MascotFlag & FLAG_POWERSTATUS))	return;	
			; SOURCE LINE # 122
; 		
; 	
; #if (MASCOT_VZ+MASCOT_VXZ+MASCOT_VP2 == 0)
; 	setColorRGB(EEP_DATA);
; #endif
; 
; 
; 
; #if DEBUGMSG
; 	printf("AutoTune %s\n", CalibSuccess?"DONE":"FAIL");
; #endif
; }
			; SOURCE LINE # 134
?C0004:
	RET  	
; END OF _autoTune

; 
; /************************************************
; * initial Calibration setting                   *
; *************************************************/
; //#define VCALSTART   3
; //#define HCALSTART   16 //(4*8+4)
; //#define HLIMIT      100 //(CurrentWidth>>4)
; //#define VLIMIT      100 //(CurrentHeight>>3)
; 
; 
; void initCalibration(void)

	RSEG  ?PR?initCalibration?OSDTUNE
	USING	0
initCalibration:
			; SOURCE LINE # 145
; {
			; SOURCE LINE # 146
; 	unsigned int vTotal;
; 	//unsigned char *regtbl;
; 	
; 	// set start position to default
; 	//regtbl = (ModeTbl[CurrentMode&0x7f].modeptr) + MODEHSTART;
; 	//RegDataOut(0x34, regtbl, 4);
; 
; 	
; 
; #if (DEBUGMSG>=2)
; 	printf("\n ### Total Calib,\n");
; #endif
; 
; 
; #if (MASCOT_VZ+MASCOT_VXZ+MASCOT_VP2)
; 	RegByteOut(0xB1, 0x80);		// use threshold 
			; SOURCE LINE # 162
	MOV  	R7,#0B1H
	MOV  	R5,#080H
	LCALL	_RegByteOut
; 	RegByteOut(0xB9, 0x30);		// threshold value
			; SOURCE LINE # 163
	MOV  	R7,#0B9H
	MOV  	R5,#030H
	LCALL	_RegByteOut
; #else
;     RegByteOut(0xB1, 0x00);
; #endif   
; 	RegByteOut(0xB2, COLORCMPMASK);     // Set color compare mask
			; SOURCE LINE # 167
	MOV  	R7,#0B2H
	MOV  	R5,#0C0H
	LCALL	_RegByteOut
; 
; 	RegByteOut(0xB0, 0x01);     // Enable total calibration
			; SOURCE LINE # 169
	MOV  	R7,#0B0H
	MOV  	R5,#01H
	LCALL	_RegByteOut
; 	RegByteOut(0x00, 0x00);     // Clear the calibration status reg
			; SOURCE LINE # 170
	CLR  	A
	MOV  	R7,A
	MOV  	R5,A
	LCALL	_RegByteOut
; 
; 	if ( waitCalibReady(0x01) )
			; SOURCE LINE # 172
	MOV  	R7,#01H
	LCALL	_waitCalibReady
	MOV  	A,R7
	JZ   	?C0020
; 	{
			; SOURCE LINE # 173
; 		RegDataIn(0xD0, buff+8, 3);
			; SOURCE LINE # 174
	MOV  	R7,#0D0H
	MOV  	R3,#00H
	MOV  	R2,#HIGH (buff+08H)
	MOV  	R1,#LOW (buff+08H)
	MOV  	?_RegDataIn?BYTE+04H,#00H
	MOV  	?_RegDataIn?BYTE+05H,#03H
	LCALL	_RegDataIn
; 		hTotal = ((unsigned int)(buff[10]&0x70)<<4) +buff[9];
			; SOURCE LINE # 175
	MOV  	R0,#buff+0AH
	MOV  	A,@R0
	MOV  	R5,A
	ANL  	A,#070H
	MOV  	B,#010H
	MUL  	AB
	MOV  	R7,A
	MOV  	R6,B
	DEC  	R0
	MOV  	A,@R0
	MOV  	R2,#00H
	ADD  	A,R7
	MOV  	hTotal+01H,A
	MOV  	A,R2
	ADDC 	A,R6
	MOV  	hTotal,A
; 		vTotal = ((unsigned int)(buff[10]&0x07)<<8) +buff[8];
			; SOURCE LINE # 176
	MOV  	A,R5
	ANL  	A,#07H
	MOV  	R6,A
	DEC  	R0
	MOV  	A,@R0
	MOV  	R4,#00H
	ADD  	A,#00H
	MOV  	vTotal?141+01H,A
	MOV  	A,R4
	ADDC 	A,R6
	MOV  	vTotal?141,A
; 	}
			; SOURCE LINE # 177
?C0020:
; 
; 
; #if (DEBUGMSG>=2)
; 	printf("hTotal=%04X/%d vTotal=%04X/%d\n", hTotal,hTotal,vTotal,vTotal);
; #endif
; 
; 
; 	// Set cal area
; 	buff[8] = HCALSTART;        // Cal H Start [7:0]
			; SOURCE LINE # 186
	MOV  	R0,#buff+08H
	MOV  	@R0,#014H
; 	buff[9] = hTotal;           // Cal H End [7:0]
			; SOURCE LINE # 187
	INC  	R0
	MOV  	A,hTotal+01H
	MOV  	@R0,A
; 	buff[10] = ((hTotal>>4)&0xF0)+((HCALSTART>>8)&0x0F);//Cal H Start/End [10:8]
12345

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