📄 pc_eep.lst
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C51 COMPILER V7.50 PC_EEP 04/01/2008 15:02:29 PAGE 1
C51 COMPILER V7.50, COMPILATION OF MODULE PC_EEP
OBJECT MODULE PLACED IN .\Output\pc_eep.obj
COMPILER INVOKED BY: C:\Keil\C51\BIN\C51.EXE pc_eep.c COMPACT OPTIMIZE(9,SIZE) BROWSE MODDP2 INCDIR(.\Include\) DEFINE(I
-NTERNAL_MCU) DEBUG OBJECTEXTEND PRINT(.\Source\pc_eep.lst) OBJECT(.\Output\pc_eep.obj)
line level source
1 //pc_eep.c
2 //=========================================================================
3 // EEPROM structure
4
5 // 0x80 ----------- PC Color Temp Data --------------------------------
6 // 0 PC Color Temp Mode
7 // 1 R G B for Mode 1
8 // 4 R G B for Mode 2
9 // 7 R G B for Mode 3
10 // A R G B for User Mode
11 //
12 // 0x90 ----------- PC Input ------------------------------------------
13 //
14 // 0 ADC Coarse
15 // 1 ADC Phase
16 // 2 Vertical Active Start
17 // 3 Horizontal Active Start
18 //
19
20 #include "Config.h"
21
22 #if defined( SUPPORT_PC ) || defined( SUPPORT_DTV )
23
24 #include "typedefs.h"
25 #include "main.h"
26 #include "i2c.h"
27 #include "pc_eep.h"
28 #include "printf.h"
29 #include "TW88.h"
30 #include "measure.h"
31 #include "adc.h"
32 #include "osdmenu.h"
33 #include "etc_eep.h"
34 #include "panel.h"
35
36 extern CODE struct _PCMDATA PCMDATA[];
37 extern CODE struct _PANELDATA PanelData; // Hans
38
39 extern IDATA BYTE PcMode, PcModeLast;
40 extern IDATA WORD IVF;
41 extern IDATA DWORD IHF;
42
43 ///extern IDATA BYTE CurrentADC;
44
45 WORD GetVactiveStartEE(BYTE mode)
46 {
47 1 WORD index;
48 1 WORD start;
49 1
50 1 index = EE_PCDATA + mode*LEN_PCDATA + 2;
51 1 start = PCMDATA[mode].Vstart + (char)ReadEEP(index);
52 1
53 1 return start;
54 1 }
C51 COMPILER V7.50 PC_EEP 04/01/2008 15:02:29 PAGE 2
55
56 WORD GetHactiveStartEE(BYTE mode)
57 {
58 1 WORD index;
59 1 WORD start;
60 1
61 1 index = EE_PCDATA + mode*LEN_PCDATA + 4;
62 1 start = PCMDATA[mode].Hstart + (char)ReadEEP(index);
63 1
64 1 return start;
65 1 }
66
67 // check whether the mode was saved
68 BYTE IsModeSaved(BYTE mode)
69 {
70 1 WORD index;
71 1 BYTE cTemp;
72 1
73 1 index = EE_PCDATA + mode*LEN_PCDATA + 1; // share the storage byte with phase
74 1 cTemp = ReadEEP(index);
75 1 cTemp &= 0xE0; // mode save identify value is saved in bit5-bit7
76 1 #ifdef DEBUG_PC
77 1 dPrintf("\r\n IsModeSaved flag ----------%02x", (WORD)cTemp);
78 1 #endif
79 1 if (cTemp == 0x40)
80 1 return TRUE;
81 1 else
82 1 return FALSE;
83 1 }
84
85 //-----------------------------------------------------------------------------
86 // Get PC Function Data from EEPROM
87 //-----------------------------------------------------------------------------
88 void GetPCDataEE(BYTE mode)
89 {
90 1 char dat=0; // must be signed char
91 1 WORD index, temp;
92 1 #ifndef WIDE_SCREEN
DWORD scale, pres;
#endif
95 1 extern bit Flag4Bypass;
96 1 WORD hstart, vstart;
97 1
98 1 vstart = PCMDATA[mode].Vstart;
99 1 hstart = PCMDATA[mode].Hstart;
100 1
101 1 index = EE_PCDATA + mode*LEN_PCDATA;
102 1
103 1 //--------------------------------------------
104 1
105 1 // PPF
106 1 // ChangeInternPLL(PCMDATA[mode].PPF * 100000L);
107 1
108 1 // ADC PLL-----(0)
109 1 if( !IsDTVInput() ) dat = ReadEEP(index);
110 1
111 1 if(GetInputSelection()==PC) WriteADC(0xc1, 0x30);
112 1 // pll of ADC
113 1 SetCoarse( dat + PCMDATA[mode].CLOCK );
114 1
115 1 if(GetInputSelection()==PC) WriteADC(0xc1, 0x20);
116 1
C51 COMPILER V7.50 PC_EEP 04/01/2008 15:02:29 PAGE 3
117 1 // ADC Phase---(1)
118 1 dat = ReadEEP(index+1);
119 1 dat &= 0x1F; // phase was saved in bit0 t0 bit4
120 1 if( !IsDTVInput() )
121 1 SetPhase( dat );
122 1
123 1 // Vertical----(2)
124 1 #ifdef DEBUG_PC
125 1 dPrintf("\r\n vstart(before add ReadEEP): %d", (WORD)vstart);
126 1 #endif
127 1 if( !IsDTVInput() )
128 1 vstart += (char)ReadEEP(index+2);
129 1 #ifdef DEBUG_PC
130 1 dPrintf("\r\n vstart(after add ReadEEP): %d", (WORD)vstart);
131 1 #endif
132 1
133 1 SetVactiveStart( vstart );
134 1 if( IsDTVInput() ) {
135 2 SetVactiveLen( PCMDATA[mode].VAN+20 );
136 2 }
137 1 else
138 1 SetVactiveLen( PCMDATA[mode].VAN );
139 1
140 1 SetVValueForPanel(vstart); // Vstart
141 1
142 1 dat=0;
143 1 // VBackPorch--(3)
144 1 if( !IsDTVInput() )
145 1 dat = (char)ReadEEP(index+3);
146 1 dat += PCMDATA[mode].VBack;
147 1 dat -= ReadTW88(0xb8); // VOsync value compensation
148 1 #ifdef DEBUG_PC
149 1 dPrintf("\r\nSetVBackPorch( %d )", (WORD)dat);
150 1 #endif
151 1 #ifdef WQVGA
152 1 SetVBackPorch(PanelData.VBackporch);
153 1 #else
SetVBackPorch( dat );
#endif
156 1
157 1 // Horizontal--(4)
158 1 if( !IsDTVInput() )
159 1 hstart += (char)ReadEEP(index+4);
160 1 temp = hstart + PCMDATA[mode].HAN + 20;
161 1
162 1 #ifdef DEBUG_PC
163 1 dPrintf("\r\n hstart(after add ReadEEP): %d, pcmode: %d ", (WORD)hstart, (WORD)mode);
164 1 #endif
165 1
166 1 SetHactiveStart( hstart );
167 1
168 1 if( IsDTVInput() ) temp += 3;
169 1
170 1 SetHactiveEnd( temp );
171 1 SetHValueForPanel();
172 1
173 1 #ifdef WIDE_SCREEN
174 1 Set4WideScreen(GetWideModeEE());
175 1 #else
pres=(DWORD)PVR_;
scale = (PCMDATA[mode].VAN * 0x10000L) / pres;
C51 COMPILER V7.50 PC_EEP 04/01/2008 15:02:29 PAGE 4
if( scale==0x10000 && Flag4Bypass ) // Bypass
BypassZoom();
else {
Clear_bypass();
YScale2(scale); // save V Scale Up Factor
}
if( (PCMDATA[mode].VAN != GetPVR()) || !Flag4Bypass) {
pres = GetPHR();
scale = (PCMDATA[mode].HAN * 0x10000L + pres/2) / pres; // 256*han/phr
#ifdef DEBUG_EEP
dPrintf("\r\nXscaleFactor:%04x(%d)", scale, scale);
#endif
if( PCMDATA[mode].HAN > 1024 ) {
scale = (PCMDATA[mode].HAN * 0x80L ) / 1024 + 1; // (HAN/1024)*256
XscaleD(scale);
#ifdef DEBUG_EEP
dPrintf("\r\nXscaleFactorD:%04x(%d)", scale, scale);
#endif
scale = (1024 * 0x10000L ) / 1280; // (1024/PHR)*256
XscaleU(scale);
#ifdef DEBUG_EEP
dPrintf("\r\nXscaleFactorU:%04x(%d)", scale, scale);
#endif
}
else
XScale2(scale);
}
#endif
214 1
215 1 AutoPHPCalEnable();
216 1
217 1 DisplayResultAndSetActiveRange();
218 1
219 1 }
220 //=============================================================================
221 // Save PC Function Data to EEPROM
222 //=============================================================================
223
224 void SavePCDataEE(BYTE mode)
225 {
226 1 WORD index;
227 1 BYTE cTemp = 0;
228 1
229 1 index = EE_PCDATA + mode*LEN_PCDATA ;
230 1
231 1 #ifdef DEBUG_EEP
dPrintf("\r\nSave PC DATA mode(%d) index(%04x) IHF(%ld)", (WORD)mode, (WORD)index, IHF );
dPrintf(" IVF(%d) PPF(%dM)", IVF, (WORD)(GetPPF()/1000000) );
#endif
235 1
236 1 cTemp = GetPhaseCurrent();
237 1 cTemp &= 0x1F; // clear bit5-bit7 for mode saved flag
238 1 cTemp |= 0x40; // set mode saved flag;
239 1 WriteEEP( index++, (char)( GetCoarse() - PCMDATA[mode].CLOCK) );
240 1 WriteEEP( index++, cTemp);
C51 COMPILER V7.50 PC_EEP 04/01/2008 15:02:29 PAGE 5
241 1 WriteEEP( index++, (char)( GetVactiveStart() - PCMDATA[mode].Vstart) );
242 1 WriteEEP( index++, (char)( ReadTW88(0xb8) + GetVBackPorch() - PCMDATA[mode].VBack) ); //VOsync compensat
-ion
243 1 WriteEEP( index++, (char)( GetHactiveStart() - PCMDATA[mode].Hstart) );
244 1 }
245
246 //=============================================================================
247 void SaveDefaultPCDataEE(void)
248 {
249 1 WORD index, i;
250 1
251 1 index = EE_PCDATA + PcMode*LEN_PCDATA;
252 1
253 1 for(i=0; i<LEN_PCDATA; i++) {
254 2 WriteEEP( index++, 0 );
255 2 delay(1);
256 2 }
257 1 }
258
259 void SaveDefaultPCDataAllEE(void)
260 {
261 1 for(PcMode=0; PcMode<EE_PC_MAX; PcMode++)
262 1 SaveDefaultPCDataEE();
263 1 }
264
265 void SaveCoarseEE(BYTE mode)
266 {
267 1 WORD index;
268 1
269 1 index = EE_PCDATA + mode*LEN_PCDATA + 0;
270 1 WriteEEP( index, (char)(GetCoarse() - PCMDATA[mode].CLOCK) );
271 1 }
272
273 void SavePhaseEE(BYTE mode)
274 {
275 1 WORD index;
276 1 BYTE cTemp;
277 1
278 1 index = EE_PCDATA + mode*LEN_PCDATA + 1;
279 1 cTemp = ReadEEP(index);
280 1 cTemp &= 0xE0; // clear bit0-bit4 for phase save
281 1 cTemp |= GetPhaseCurrent();
282 1 WriteEEP( index, cTemp);
283 1 }
284
285 //=============================================================================
286
287 void SaveVactiveEE(BYTE mode)
288 {
289 1 WORD index;
290 1
291 1 index = EE_PCDATA + mode*LEN_PCDATA + 2;
292 1 WriteEEP( index, (char)(GetVactiveStart() - PCMDATA[mode].Vstart) );
293 1 }
294
295 void SaveVBackPorchEE(BYTE mode)
296 {
297 1 WORD index;
298 1
299 1 index = EE_PCDATA + mode*LEN_PCDATA + 3;
300 1 WriteEEP( index, (char)(GetVBackPorch() - PCMDATA[mode].VBack) );
301 1
C51 COMPILER V7.50 PC_EEP 04/01/2008 15:02:29 PAGE 6
302 1 }
303
304 void SaveHactiveEE(BYTE mode)
305 {
306 1 WORD index;
307 1
308 1 index = EE_PCDATA + mode*LEN_PCDATA + 4;
309 1 WriteEEP( index, (char)(GetHactiveStart() - PCMDATA[mode].Hstart));
310 1 }
311
312 #endif // SUPPORT_PC
313
MODULE INFORMATION: STATIC OVERLAYABLE
CODE SIZE = 1093 ----
CONSTANT SIZE = 174 ----
XDATA SIZE = ---- ----
PDATA SIZE = ---- 36
DATA SIZE = ---- ----
IDATA SIZE = ---- ----
BIT SIZE = ---- ----
END OF MODULE INFORMATION.
C51 COMPILATION COMPLETE. 0 WARNING(S), 0 ERROR(S)
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