Hello, if in front of the register initialization, 1600x1200 on it, but I'll switch the resolution 1920x12801280x720, normally they become abnormal, which registers is not covered, script
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x04); | ||
| SyncInfo->TMDS_A=(temp&(0x01<<3))>>3; | ||
| SyncInfo->TMDS_B=(temp&(0x01<<2))>>2; | ||
| temp = Device_adv7441_Read8_Usermap(pObj, 0xB1); | ||
| SyncInfo->Interlaced = (temp&0x40) > 0 ? 1 : 0; | ||
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x1E); | ||
| wTotPixLine = (temp&0x0F)<<8; | ||
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x1F); | ||
| wTotPixLine += temp; | ||
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x09); | ||
| length = (temp&0x0F)<<8; | ||
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x0A); | ||
| length += temp; | ||
| if((1150<length)&&(length<1250)) | ||
| SyncInfo->Interlaced =0; | ||
| SyncInfo->HTotPix = wTotPixLine; |
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x26); | |
| wcurrTotField0_Hght = (temp&0x0F)<<8; | |
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x27); | |
| wcurrTotField0_Hght += temp; | |
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x28); | |
| wcurrTotField1_Hght = (temp&0x0F)<<8; | |
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x29); | |
| wcurrTotField1_Hght += temp; |
| if(SyncInfo->Interlaced) { | |||||||
| SyncInfo->VTotPix =( (wcurrTotField1_Hght >> 1) | |||||||
| + (wcurrTotField0_Hght >> 1))>>1; | |||||||
| } | |||||||
| else { | |||||||
| SyncInfo->VTotPix = (wcurrTotField0_Hght) >> 1; | |||||||
| } |
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x0B); | ||||||||||||||
| w_deep_color_mode = ((temp & 0x60) >> 5); | ||||||||||||||
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x05); | ||||||||||||||
| pix_rep = (temp & 0x0F); | ||||||||||||||
| pix_rep++; | /*pixel repetition factor*/ |
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x06); | |
| wtemp1 = ((FXTAL/10)*temp)/(27000000/10); | |
| dwTMDS_Freq = (unsigned int )wtemp1; |
| wtemp1 = SyncInfo->HTotPix; | |||
| /*HSync Frequency in 100Hz*/ | |||
| if(wtemp1 != 0) | |||
| { | |||
| dwtemp2 = (unsigned int ) (((dwTMDS_Freq * 1000000)/ (wtemp1))/10); | |||
| SyncInfo->HFreq = (unsigned short ) dwtemp2; | |||
| if(pix_rep != 0) | |||
| { | |||
| SyncInfo->HFreq = SyncInfo->HFreq/pix_rep ; | |||
| } | |||
| } |
| wtemp3 = SyncInfo->HFreq; | /*VSync Frequency*/ | ||||||||||
| wtemp4 = SyncInfo->VTotPix; | |||||||||||
| if(wtemp4 !=0) { | |||||||||||
| dwtemp5 = (unsigned int ) (((wtemp3 * 10)/wtemp4)); //dwtemp5 = (unsigned int ) (((wtemp3 * 10)/ |
| SyncInfo->VFreq = (unsigned short ) dwtemp5; |
| if(SyncInfo->Interlaced) { | |||
| SyncInfo->VFreq = SyncInfo->VFreq ; //SyncInfo->VFreq = SyncInfo->VFreq << 1; | |||
| } | |||
| } | |||
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x20); | |||
| wHsync_FrontPorch = ((temp & 0x3) << 8); | |||
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x21); | |||
| wHsync_FrontPorch += temp; | |||
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x24); | |||
| wHsync_BackPorch = ((temp & 0x3) << 8); | |||
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x25); | |||
| wHsync_BackPorch += temp; |
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x22); | |
| wHsync_PulseWidth = ((temp & 0x3) << 8); | |
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x23); | |
| wHsync_PulseWidth += temp; | |
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x2A); | |
| wFiled0_Vsync_FrontPorch = ((temp & 0x1F) << 8); | |
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x2B); | |
| wFiled0_Vsync_FrontPorch += temp; |
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x32); | |
| wFiled0_Vsync_BackPorch = ((temp & 0x1F) << 8); | |
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x33); | |
| wFiled0_Vsync_BackPorch += temp; | |
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x2E); | |
| wFiled0_Vsync_PulseWidth = ((temp & 0x1F) << 8); | |
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x2F); | |
| wFiled0_Vsync_PulseWidth += temp; | |
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x2C); | |
| wFiled1_Vsync_FrontPorch = ((temp & 0x1F) << 8); | |
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x2D); | |
| wFiled1_Vsync_FrontPorch += temp; |
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x34); | |
| wFiled1_Vsync_BackPorch = ((temp & 0x1F) << 8); | |
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x35); | |
| wFiled1_Vsync_BackPorch += temp; |
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x30); | |
| wFiled1_Vsync_PulseWidth = ((temp & 0x1F) << 8); | |
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x31); | |
| wFiled1_Vsync_PulseWidth += temp; |
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x09); | |
| length = ((temp & 0x0F) << 8); | |
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x0A); | |
| length += temp; |
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x07); | |
| width = ((temp & 0x0F) << 8); | |
| temp = Device_adv7441_Read8_Hdmimap(pObj, 0x08); | |
| width += temp; |