autoadj.lst
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C51 COMPILER V6.12 AUTOADJ 03/05/2008 14:11:12 PAGE 1
C51 COMPILER V6.12, COMPILATION OF MODULE AUTOADJ
OBJECT MODULE PLACED IN .\BIN\AutoAdj.obj
COMPILER INVOKED BY: d:\Keil\C51\BIN\C51.EXE .\SRC\AutoAdj.C OPTIMIZE(9,SIZE) DEFINE(X17,TW2600XW02) DEBUG OBJECTEXTEND
-PRINT(.\LST\AutoAdj.lst) OBJECT(.\BIN\AutoAdj.obj)
stmt level source
1 #include "8051.H"
2 #include "MATH.H"
3 #include "Scaler.H"
4 #include "AutoAdj.H"
5 #include "MyDef.H"
6 #include "IIC.H"
7 #include "RAM.H"
8 #include "stdio.h"
9 #include "F63XREG.H"
10 #include "F63XDEF.H"
11 #include "MCU.H"
12 #include "UserAdj.H"
13 #include "ModeHandle.H"
14 #include "ROM_MAP.H"
15 #include "OSD.H"
16
17 void TunePositionOnly()
18 {
19 1 Abort = 0;
20 1 WriteIIC563(0x001,FuncBuf[pRADC]);
21 1 WriteIIC563(0x004,FuncBuf[pGADC]);
22 1 WriteIIC563(0x007,FuncBuf[pBADC]);
23 1 AutoPosition();
24 1 if(Abort)
25 1 { //fail
26 2 LoadModeDependentSettings();
27 2 SetHP();
28 2 SetVP();
29 2 #if PRINT_MESSAGE
printf("Auto Position fail\n");
#endif
32 2 }
33 1 else{ //ok
34 2 SaveModeDependentSettings();
35 2 #if PRINT_MESSAGE
printf("Auto Position OK\n");
#endif
38 2 }
39 1 SetContrast();
40 1 }
41
42 void AutoTune(void)
43 {
44 1 Word addr;
45 1 // Byte PixelRate;
46 1 Abort = 0;
47 1 NonFullScreen = 0;
48 1 WriteIIC563(0x001,FuncBuf[pRADC]);
49 1 WriteIIC563(0x004,FuncBuf[pGADC]);
50 1 WriteIIC563(0x007,FuncBuf[pBADC]);
51 1 // if(ModePoint < UserModeSt)
52 1 // Recall();
53 1 WriteIIC563(0x06a,0x00); //jacky 20050426 disable de-jitter
54 1 //WriteIIC563(0x069,0x00); //jacky 20050426 disable NR
C51 COMPILER V6.12 AUTOADJ 03/05/2008 14:11:12 PAGE 2
55 1 //WriteIIC563(0x06b,0x00); //jacky 20050426 disable NR
56 1 AutoPosition();
57 1 if(!Abort)
58 1 AutoClock();
59 1 // PixelRate = ((unsigned long)FuncBuf[pCLOCK] * H_SYNC)/10000;
60 1 // if(PixelRate >= PanelMaxPClk/1000)
61 1 // Abort = 1;
62 1 if(NonFullScreen && !Abort) //non fullscreen recall
63 1 {
64 2 //addr = ep_Sync_Data + (ModePoint * 8);
65 2 //FuncBuf[pCLOCK] = Read24C16(addr+4) << 8;
66 2 //FuncBuf[pCLOCK] |= Read24C16(addr+5);
67 2 LoadPresetModeSettings(2);
68 2 SetADC_PLL();
69 2 }
70 1 CheckAnyKey();
71 1 #if 0
if(Abort){
if(NonFullScreen == 0){
//goto Error;
}
else{
Abort = 0;
AutoClockByPhase(1);
}
}
else{
AutoClockByPhase(0);
}
#else
85 1 if(!Abort)
86 1 AutoClockByPhase(0);
87 1 #endif
88 1 CheckAnyKey();
89 1 if(!Abort)
90 1 AutoPhaseFineTune(16);
91 1 CheckAnyKey();
92 1 if(!Abort)
93 1 AutoPosition();
94 1 CheckAnyKey();
95 1 WriteIIC563(0x06a,0xd2); //jacky 20050426 enable de-jitter
96 1 //WriteIIC563(0x069,0x43); //jacky 20050426 enable NR
97 1 //WriteIIC563(0x06b,0x03); //jacky 20050426 enable NR
98 1 if(Abort)
99 1 { //fail
100 2 Osd_Off();
101 2 //if(ModePoint < UserModeSt)
102 2 // addr = ModePoint * 8;
103 2 //else
104 2 // addr = UserModeRefReso * 8;
105 2 LoadPresetModeSettings(0);
106 2 //LoadModeDependentSettings();
107 2 SetADC_PLL();
108 2 SetADC_Phase();
109 2 //-------------------------------------------------------
110 2 if(SyncMode != 3)
111 2 {
112 3 SetHP();
113 3 SetVP();
114 3 }
115 2 if(Interlance){
116 3 WriteWordIIC563(0x032,Vresolution); // Capture V_Active
C51 COMPILER V6.12 AUTOADJ 03/05/2008 14:11:12 PAGE 3
117 3 }
118 2 else{
119 3 WriteWordIIC563(0x032,Vresolution); // Capture V_Active
120 3 }
121 2 WriteWordIIC563(0x036,Hresolution); // Capture H_Active
122 2 //WriteWordIIC563(0x036,Hresolution + H_ActErrTab[ResolutionPtr]); // Capture H_Active
123 2 //SetScaler();
124 2 //--------------------------------------------------
125 2 addr = ep_Reso_Offset + (ModePoint * 8);
126 2 Write24C16(addr,Read24C16(addr));
127 2 //Write24C16(addr,(Read24C16(addr) & 0x7f));
128 2 #if PRINT_MESSAGE
printf("AutoTune fail\n");
#endif
131 2 }
132 1 else{ //ok
133 2 Osd_Off();
134 2 SaveModeDependentSettings();
135 2 //Range.Hpos_Ref = FuncBuf[pHPOSITION];
136 2 //Range.Vpos_Ref = (Byte)FuncBuf[pVPOSITION];
137 2 //Range.Clock_Ref = FuncBuf[pCLOCK];
138 2 //SaveRangeRef();
139 2 Write24C16(ep_Reso_Offset + (ModePoint * 8), ResolutionPtr|0x80);
140 2 #if PRINT_MESSAGE
printf("AutoTune OK\n");
#endif
143 2 }
144 1 LoadADC_Gain();
145 1 }
146 #if 0
void AutoPosition(void)
{
Byte temp;
#if PRINT_MESSAGE
printf("AutoPosition\n");
#endif
WriteIIC563(0x02A,0); // AutoPosition Pixel mask -> H
WriteIIC563(0x02B,24); // AutoPosition Pixel mask -> H
WriteIIC563(0x02C,0x00); // AutoPosition Pixel mask -> H
WriteIIC563(0x02D,0x00); // AutoPosition Pixel mask -> H
WriteIIC563(0x107,0x30); // Red Noise Margin
WriteIIC563(0x106,0x00);
if(SyncMode == 3)
WriteIIC563(0x106,0x11);
else
WriteIIC563(0x106,0x01);
#if DVImode == HVmode
if(SyncMode == 3)
WaitSetup(5);
//Sleep(50);
#endif
LocalTimer = 10;
while((ReadIIC563(0x106) & BIT_0) && LocalTimer != 0)
{
CheckModeChange();
if(Abort)
return;
}
if(LocalTimer != 0)
{ // Auto-Position OK
FuncBuf[pVPOSITION] = ReadIIC563(0x109) & 0x07;
FuncBuf[pVPOSITION] <<= 8;
C51 COMPILER V6.12 AUTOADJ 03/05/2008 14:11:12 PAGE 4
FuncBuf[pVPOSITION] |= ReadIIC563(0x108);
FuncBuf[pHPOSITION] = ReadIIC563(0x10F) & 0x07;
FuncBuf[pHPOSITION] <<= 8;
FuncBuf[pHPOSITION] |= ReadIIC563(0x10E);
#if PRINT_MESSAGE
printf("VP_Start = %d\n",FuncBuf[pVPOSITION]);
printf("HP_Start = %d\n",FuncBuf[pHPOSITION]);
#endif
if(((FuncBuf[pVPOSITION] > 0xff) || (FuncBuf[pHPOSITION] > (FuncBuf[pCLOCK]-H_Act)))&&(SyncMode != 3))
{
Abort = 1; // abort
#if PRINT_MESSAGE
printf("AutoPosition fail\n");
#endif
}
else{
if(ResolutionPtr < 4)
{
if(FuncBuf[pVPOSITION] > (VTotal - Vresolution-1))
FuncBuf[pVPOSITION] = VTotal - Vresolution-14;
}
SetHP();
SetVP();
}
}
else
{
Abort = 1; // abort
#if PRINT_MESSAGE
printf("AutoPosition fail\n");
#endif
}
// wait for next V pulse coming to latch data
WriteIIC563(0x1ab,BIT_1);
LocalTimer = 100;
while(LocalTimer != 0)
{
Sleep(1);
temp = ReadIIC563(0x1ab);
if(temp & BIT_1)
break;
}
}
#endif
223
224 void AutoPosition(void)
225 {
226 1 Word OldVp,NewVp,Vact,Hact;
227 1 #if PRINT_MESSAGE
printf("AutoPosition\n");
#endif
230 1 WriteIIC563(0x02A,0); // AutoPosition Pixel mask -> H
231 1 WriteIIC563(0x02B,24); // AutoPosition Pixel mask -> H
232 1 WriteIIC563(0x02C,0x00); // AutoPosition Pixel mask -> H
233 1 WriteIIC563(0x02D,0x00); // AutoPosition Pixel mask -> H
234 1 WriteIIC563(0x107,0x30); // Red Noise Margin
235 1 WriteIIC563(0x106,0x00);
236 1 if(SyncMode == 3)
237 1 WriteIIC563(0x106,0x11);
238 1 else
239 1 WriteIIC563(0x106,0x01);
240 1 #if DVImode == HVmode
C51 COMPILER V6.12 AUTOADJ 03/05/2008 14:11:12 PAGE 5
if(SyncMode == 3)
WaitSetup(5);
#endif
244 1 OldVp = FuncBuf[pVPOSITION];
245 1 LocalTimer = 100;
246 1 while((ReadIIC563(0x106) & BIT_0) && LocalTimer != 0)
247 1 {
248 2 CheckModeChange();
249 2 if(Abort)
250 2 return;
251 2 }
252 1 if(LocalTimer != 0)
253 1 { // Auto-Position OK
254 2 Hact = ReadWordIIC563(0x110) & 0x0fff;
255 2 //Hact = ReadIIC563(0x111) & 0x3f;
256 2 //Hact <<= 8;
257 2 //Hact |= ReadIIC563(0x110);
258 2 // if(Hact < 300)
259 2 if(Hact < Hresolution - 100)
260 2 {
261 3 Abort = 1;
262 3 return;
263 3 }
264 2 FuncBuf[pVPOSITION] = ReadWordIIC563(0x108) & 0x07ff;
265 2 //FuncBuf[pVPOSITION] = ReadIIC563(0x109) & 0x07;
266 2 //FuncBuf[pVPOSITION] <<= 8;
267 2 //FuncBuf[pVPOSITION] |= ReadIIC563(0x108);
268 2 GetFuncRange(pVPOSITION);
269 2 if(FuncBuf[pVPOSITION] > FuncMax)//over VPosition Max
270 2 {
271 3 FuncBuf[pVPOSITION] = FuncMax;
272 3 #if PRINT_MESSAGE
printf("VPositon over Max");
#endif
275 3 }
276 2 FuncBuf[pHPOSITION] = ReadWordIIC563(0x10e) & 0x07ff;
277 2 //FuncBuf[pHPOSITION] = ReadIIC563(0x10F) & 0x07;
278 2 //FuncBuf[pHPOSITION] <<= 8;
279 2 //FuncBuf[pHPOSITION] |= ReadIIC563(0x10E);
280 2 GetFuncRange(pHPOSITION);
281 2 if(FuncBuf[pHPOSITION] > FuncMax)//over VPosition Max
282 2 {
283 3 FuncBuf[pHPOSITION] = FuncMax;
284 3 #if PRINT_MESSAGE
printf("HPositon over Max");
#endif
287 3 }
288 2
289 2 Vact = ReadWordIIC563(0x10c) & 0x07ff;
290 2 //Vact = ReadIIC563(0x10d) & 0x07;
291 2 //Vact <<= 8;
292 2 //Vact |= ReadIIC563(0x10c);
293 2 NewVp = FuncBuf[pVPOSITION];
294 2 #if PRINT_MESSAGE
printf("VP_Start = %d\n",FuncBuf[pVPOSITION]);
printf("HP_Start = %d\n",FuncBuf[pHPOSITION]);
#endif
298 2
299 2 if(((FuncBuf[pVPOSITION] > 0x40) || ((FuncBuf[pHPOSITION]>>1) > (FuncBuf[pCLOCK]-Hresolution))||(Vact <
- 340))&&(SyncMode != 3))
300 2 //if((FuncBuf[pVPOSITION] > 0xff) || ((FuncBuf[pHPOSITION]>>1) > (FuncBuf[pCLOCK]-Hresolution)))
301 2 {
C51 COMPILER V6.12 AUTOADJ 03/05/2008 14:11:12 PAGE 6
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