static uint8_t Nmi_Tuner_Interface_Retune(float pFreqOff)//kHZ
{
uint32_t u32Frequency;
if(!nmi_tuner_os_get_mutex(&gChipNowInfo.mutex))
{
nmi_tuner_os_log("Obtain NMI Mutex failed\n");
return FALSE;
}
u32Frequency = gChipNowInfo.currentparam.freq+(uint32_t)pFreqOff*1000;
nmi_tuner_os_log("Nmi_Tuner_Interface_Retune gChipNowInfo.currentparam.freq(%d) \n",gChipNowInfo.currentparam.freq);
#if 1
if((Nmi_Tuner_Interface_Margin(u32Frequency,gChipNowInfo.orgparam.freq)>(NML120_MAX_OFFSET*1000)))
{
//nmi_tuner_os_log("\n ######OVER MAX OFFSET:%d,%d,%d",gChipNowInfo.orgparam.freq,u32Frequency,gChipNowInfo.currentparam.freq);
nmi_tuner_os_log("Nmi_Tuner_Interface_Margin over!!!!!!!!!\n");
nmi_tuner_os_release_mutex(&gChipNowInfo.mutex);
return FALSE;
}
else
{
if((pFreqOff>NML120_MAX_OFFSET)||(pFreqOff<-NML120_MAX_OFFSET))
{
u32Frequency=gChipNowInfo.orgparam.freq;
}
}
#endif
nmi_tuner_os_change_iic_mode(TRUE);
gChipNowInfo.currentparam.freq = u32Frequency;
nmi_tuner_os_log("gChipNowInfo.orgparam.freq(%d)\n",gChipNowInfo.orgparam.freq);
nmi_tuner_os_log("gChipNowInfo.currentparam.freq(%d)\n",gChipNowInfo.currentparam.freq);
if(ISNM120(gChipNowInfo.chip_id))
{
Nmi_Tuner_Interface_SelfTune(&gChipNowInfo.currentparam);
if(((gChipNowInfo.currentparam.freq> 808000000) && (gChipNowInfo.currentparam.freq < 812000000))||
((gChipNowInfo.currentparam.freq > 816000000) && (gChipNowInfo.currentparam.freq < 820000000))||
((gChipNowInfo.currentparam.freq > 840000000) && (gChipNowInfo.currentparam.freq < 844000000)))
{
Nmi_Tuner_Interface_Wreg(0x35,0x18);
Nmi_Tuner_Interface_Wreg(0x164,0x399);
}
else
{
Nmi_Tuner_Interface_Wreg(0x35,0x53);
Nmi_Tuner_Interface_Wreg(0x164,0x399);
}
}
nmi_tuner_os_change_iic_mode(FALSE);
nmi_tuner_os_release_mutex(&gChipNowInfo.mutex);
//nmi_tuner_os_reset_demod(gChipNowInfo.currentparam.freq);//delet by wang,6-1-2012:it will be called in poll reset operation
return TRUE;
}
uint8_t nmituner_settuner(uint32_t dwFreq, uint8_t ucBw, tNMI_ALLTVSTD tvstd)
{
tNMI_TUNE_PARAM param;
uint8_t ret = FALSE;
nmi_tuner_os_memset((void *)¶m, 0x00, sizeof(tNMI_TUNE_PARAM));
param.freq = dwFreq * 1000;
param.if_freq = 4800 * 1000;
param.dacsel = nDac2;
param.if_freq_invert = FALSE;
param.freq_invert = FALSE;
param.ucBw = ucBw;
param.output = nIf;
param.tvstd = NMI_DTMB;
ret = Nmi_Tuner_Interface_Tuning(¶m);
//nmi_tuner_os_log("after Nmi_Tuner_Interface_Tuning~~~2222222222222222~~~~~~~~~~\n");
Nmi_Tuner_Interface_Wreg(0x35,0x53);
Nmi_Tuner_Interface_Wreg(0x164,0x400);//for 8859 IF RMS wei
return ret;
}
uint8_t MDrv_NMI120_Tuner_SetTuner(uint32_t dwFreq, uint8_t ucBw,uint8_t type)//MHZ
{
tNMI_TUNE_PARAM param;
uint8_t ret = FALSE;
nmi_tuner_os_memset((void *)¶m, 0x00, sizeof(tNMI_TUNE_PARAM));
param.freq = dwFreq;//hz
param.if_freq = 5000000;
param.dacsel = nDac2;
param.if_freq_invert = FALSE;
param.freq_invert = FALSE;
param.ucBw = ucBw;
param.output = nIf;
param.freq_invert = FALSE;
param.tvstd = type; //NMI_DVBT;
if(param.tvstd == NMI_DVBT || param.tvstd == NMI_DVBT2)
nmi_tuner_os_memcpy((void*)¶m.poll_param,&SwrfliArg,sizeof(tNmiSwrfliArg));
if(param.tvstd == NMI_DVBT2)
{
param.scan_aci[0] = 0x07;//6mhz
param.scan_aci[1] = 0x0a;//7mhz
param.scan_aci[2] = 0x04;//8mhz
param.play_aci[0] = 0x07;//6mhz
param.play_aci[1] = 0x0a;//7mhz
param.play_aci[2] = 0x04;//8mhz
}
else if(param.tvstd == NMI_DVBT || param.tvstd == NMI_DVBC)
{
param.scan_aci[0] = 0x07;//6mhz
param.scan_aci[1] = 0x0a;//7mhz
param.scan_aci[2] = 0x04;//8mhz
param.play_aci[0] = 0x07;//6mhz
param.play_aci[1] = 0x0a;//7mhz
param.play_aci[2] = 0x04;//8mhz
}
else
{
param.scan_aci[0] = 0x01;//6mhz
param.scan_aci[1] = 0x03;//7mhz
param.scan_aci[2] = 0x05;//8mhz
param.play_aci[0] = 0x01;//6mhz
param.play_aci[1] = 0x03;//7mhz
param.play_aci[2] = 0x05;//8mhz
}
nmi_tuner_os_log("tune: rf=%d, if=%d, bw=%d, tvstd=%d\n", param.freq, param.if_freq, param.ucBw, param.tvstd);
ret = Nmi_Tuner_Interface_Tuning(¶m);
Nmi_Tuner_Interface_Wreg(0x35,0x18);//0x18 ~ 0x10, 0x5f~ 0x50
Nmi_Tuner_Interface_Wreg(0x164,0x400);
if((param.freq >666000000-1500000) &&(param.freq <666000000+1500000))
{
Nmi_Tuner_Interface_Wreg(0x05,0x5);
}
return ret;
}
static uint8_t Nmi_Tuner_Interface_SelfTune(tNMI_TUNE_PARAM* param)
{
uint8_t ret = TRUE;
tTnrTune tune;
nmi_tuner_os_memset((void *)&tune, 0x00, sizeof(tTnrTune));
tune.aif = param->aif;
tune.dacSel = param->dacsel;
tune.is_stereo = param->is_stereo;
tune.output = param->output;
tune.rf = param->freq;
tune.vif = param->if_freq;
tune.rfinvert = param->freq_invert;
switch(param->tvstd)
{
case NMI_NTSC:
{
//add codes
tune.std = nNTSC;
}
break;
case NMI_PAL_G:
{
//add codes
}
break;
case NMI_PAL_M:
{
//add codes
}
break;
case NMI_PAL_N:
{
//add codes
}
break;
case NMI_PAL_K:
{
//add codes
}
break;
case NMI_PAL_L:
{
//add codes
}
break;
case NMI_PAL_D:
{
//add codes
}
break;
case NMI_SECAM_L:
{
//add codes
}
break;
case NMI_SECAM_B:
{
//add codes
}
break;
case NMI_SECAM_D:
{
//add codes
}
break;
case NMI_ATSC_8VSB:
case NMI_ATSC_64QAM:
case NMI_ATSC_256QAM:
{
//add codes
nmi_tuner_os_log("mode NMI_ATSC %d\n",param->ucBw);
switch(param->ucBw)
{
case 0:
case 6: tune.std = nDTV_6; break;
case 1:
case 7: tune.std = nDTV_7; break;
case 2:
case 8:
default:
tune.std = nDTV_8; break;
}
}
break;
case NMI_DVBT:
case NMI_DVBT2:
{
//add codes
switch(param->ucBw)
{
case 0:
case 6: tune.std = nDTV_6; break;
case 1:
case 7: tune.std = nDTV_7; break;
case 2:
case 8:
default:
tune.std = nDTV_8; break;
}
}
break;
case NMI_DVBC:
{
//add codes
uint32_t tempfreq;
tempfreq = tune.rf/1000000;
if(tempfreq%3 != 0)
{
tune.rf = tune.rf + 1000;
}
switch(param->ucBw)
{
case 0:
case 6: tune.std = nDTV_6; break;
case 1:
case 7: tune.std = nDTV_7; break;
case 2:
case 8:
default:
tune.std = nDTV_8; break;
}
}
break;
case NMI_DTMB:
{
//add codes
switch(param->ucBw)
{
case 0:
case 6: tune.std = nDTV_6; break;
case 1:
case 7: tune.std = nDTV_7; break;
case 2:
case 8:
default:
tune.std = nDTV_8; break;
}
}
break;
case NMI_ISDBT:
{
//add codes
}
break;
default:
{
//add codes
}
break;
}
if(param->tvstd <= NMI_SECAM_D &&( param->output == nCvbsSif || param->output == nCvbsBBAud))
{
if(nmi_drv_ctl(NMI_DRV_TUNE, &tune) == 0)
{
nmi_tuner_os_log("\n tuneFail......\n");
ret = FALSE;
}
}
else
{
if(nmi_drv_ctl(NMI_DRV_TUNE, &tune) < 0)
{
nmi_tuner_os_log("\n tuneFail......\n");
ret = FALSE;
}
if(param->if_freq_invert == TRUE)
{
int spectrum = 1;
nmi_drv_ctl(NMI_DRV_INVERT_SPECTRUM, (void *)(&spectrum));
nmi_tuner_os_log("\n swan if invert \n");
}
}
if(param->tvstd == NMI_DVBC)//yao jin masic bugs //swan 2012_5_14 honestar
{
uint32_t tempfreq;
tempfreq = tune.rf/1000000;
if(tempfreq%3 == 0)
{
Nmi_Tuner_Interface_Wreg(0x1b,0x08);
}
else
{
Nmi_Tuner_Interface_Wreg(0x1b,0x0e);
}
if(tempfreq<726)
{
if(tempfreq == 602 || tempfreq ==650 || tempfreq ==690 || tempfreq ==698 || tempfreq ==706)
{
Nmi_Tuner_Interface_Wreg(0x05,0x85);
}
else
{
Nmi_Tuner_Interface_Wreg(0x05,0x05);
}
}
else
{
Nmi_Tuner_Interface_Wreg(0x05,0x85);
}
}
if(param->tvstd == NMI_DTMB)//swan 2012_6_1 honestar for C/N
{
Nmi_Tuner_Interface_Wreg(0x0e,0x25);
}
nmi_tuner_os_log("gChipNowInfo.currentparam.freq(%d) \n",gChipNowInfo.currentparam.freq);
nmi_tuner_os_memcpy((void*)&gChipNowInfo.currentparam,param,sizeof(tNMI_TUNE_PARAM));
return ret;
}
